Our world is one ruled by the binary opposites of light and dark.

Not only do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we

function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the

eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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dark.
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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dark.
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the

eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the

eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
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eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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We begin
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night
dark.
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the

eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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dark.
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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We begin
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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dark.
willNotsoon
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do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the

eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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We begin
es:
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor

e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas

k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g

reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would

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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the

eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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ansition, twice each day. As the sun sets, our physiological correlates of visua
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the

visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
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es:begin
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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es:begin
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our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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We begin
es:
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
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ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
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theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage

Ourweworld
s,
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet

ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua

l awareness must unravel the implications of receding light (Lehrer, 2008) . It

is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, weworld
Our
cannot
is one
forever
ruledrely
by the
on our
binary
daytime
opposites
senses,offor
light
theand
night
dark.
willNotsoon
onlyarrive.
do we
function in these two states of illumination, but we also contend with their tr
ansition, twice each day. As the sun sets, our physiological correlates of visua
l awareness must unravel the implications of receding light (Lehrer, 2008) . It
is through this process that one of the most beautiful of human experiences aris
es:begin
We
the sunset.
our journey from the vantage point of daytime, a realm of activity, tas
k, work, and play. From a neurophysiological perspective, the day belongs to the
eyes cone photoreceptors (Cropper, 2014) . Across a paucity of the electromagnet
ic spectrum, these cone cells are receptive to three fundamental colours: red, g
reen and blue (Bear, Connors, & Paradiso, 2007). From here, subsequent parts the
visual pathway mould together a coherent, meaningful view of the universe befor
e us. If we just saw the world as it is, in all its myriad of colours, it would
be chaos (Shevell & Kingdom, 2008). However, despite all its conferred advantage
s, we cannot forever rely on our daytime senses, for the night will soon arrive.