Kinetic origami

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Kinetic Paper Sculpture, Origami Architecture Concept, Kinetic Origami, Moving Origami, Interactive Packaging, Packaging 2023, Models Architecture, Origami Paper Folding, Geometric Lamp

Original origami based objects are technically built kinetic sculptures, that works with interaction of human touch and sight. Sculptures are adjust to human hand size and asks to pull and open their parts using fingers. In a moment those turn into a diff…

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Arduino Art Projects, Kinetic Paper Art, Diy Kinetic Sculpture, Kinetic Art Diy, Kinetic Origami, Kinetic Sculpture Diy, Design And Technology Projects, Arduino Art, Interactive Art Projects

Origami Interactive Kinetic Art: Kinetic Interactive Arts? These concept of moving arts and interacting arts are not new to you, but most of the interesting and massive size pieces are almost always located in private companies or corporations. I was inspired by the piece "Diffusio…

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Folded Paper Sculpture, Origami Building Architecture, Origami Architecture Tutorial, Folding Paper Architecture, Origami Architecture Concept, Paper Folding Architecture, Paper Folding Designs, Architecture Origami, Paper Craft Ideas For Kids

Folding Paper With a Laser Cutter: First it helps to already have a background in folding paper or understanding crease patterns. If you have that background it still takes some time to figure out how your folds will work in a 3d space when your making it in a 2d vector program. I u…

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Kirigami-inspired technique manipulates light at the nanoscale | MIT News | Massachusetts Institute of Technology Kirigami Patterns, 3 D Shapes, Origami Architecture, Paper Architecture, Origami And Kirigami, Origami Paper Art, Paper Cut Art, Paper Folding, Kirigami

Nanokirigami is based on the ancient arts of origami (making 3-D shapes by folding paper) and kirigami (which allows cutting as well as folding) but applied to flat materials at the nanoscale. Now, researchers at MIT and in China have applied this approach to the creation of nanodevices to manipulate light, potentially opening new possibilities for light-based communications, detection, or computational devices.

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