Fibonacci sequence art

When I was studying mathematics at college, I also took some design and photography courses because I love the connection between math, design and the universe. I made a list of my favorite books. I…

Phi, or 1.618, is known as the golden ratio, and can be found throughout artistic composition and nature. It can be represented in the formula (a+b)/a = a/b = phi.This formula applies to the golden…

Description A piece of art basted on the Fibonacci Spiral. The shape was drafted out in 6H pencil. The design was then drawn/painted with watercolour pencils. This design was drawn on 300g/m2 watercolour paper. And I have made it in to a birthday card for my mum. Let me know what you think. (nb: the colours are not exact representations of the original unfortunately due to my scanner)

Lady Gaga is a consummate performer and a smart composer. She’s a Julliard-trained pianist, after all. Gaga has pulled a neat compositional trick out of the bag for the video below, the title…

Geometric Models on Instagram: “Fibonacci numbers appear in nature often enough to prove that they reflect some naturally occurring patterns. You can commonly spot these…”

1934 views on Imgur: The magic of the Internet

Sacred geometric shapes and symbols all use mathematical patterns and ratios that are deeply ingrained in our DNA and human subconscious. The golden ratio and the Fibonacci sequence are prime examples of mathematical formulas represented in all sacred geometry. These formulas come from the universal laws of mathematics and physics that dictate the creation of the planets, galaxies, and the universe. Sacred geometry is present from the ‘micro level’ of molecular structures, to the ‘macro…

Illustration showing succession of golden rectangles that are used to construct the golden spiral. Two quantities are considered to be in the golden ratio if (a+ b)/a = a/b which is represented by the Greek letter phi. Each rectangle shown is subdivided into smaller golden rectangles. The golden spiral is a special type of logarithmic spiral. Each part is similar to smaller and larger parts.