Origami Patterns Solve a Major Physics Riddle | Quanta Magazine

https://www.quantamagazine.org/origami-patterns-solve-a-major-physics-riddle-20251006/
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Origami Patterns Solve a Major Physics Riddle | Quanta Magazine

A geometric shape known as the amplituhedron, crucial for calculating how particles interact, has been found to be deeply connected to origami. Mathematician Pavel Galashin discovered that patterns in paper folding can be translated into points forming the amplituhedron. This unexpected link not only provides a new way to understand the shape but also helped resolve a decade-old conjecture about the amplituhedron's internal structure, confirming it can be cleanly subdivided into building blocks corresponding to physics calculations. The finding bridges seemingly disparate fields and opens new avenues for research in particle physics and other areas.

Note

physics, math AND art?!

what a beautiful convergence of fields and a great way to better appreciate the amplituhedron.

there is a lot to unpack in this intersection. it's the utility that shines a beautiful light on this seemingly abstract finding.

Published

2025

Summary

A geometric shape known as the amplituhedron, crucial for calculating how particles interact, has been found to be deeply connected to origami. Mathematician Pavel Galashin discovered that patterns in paper folding can be translated into points forming the amplituhedron. This unexpected link not only provides a new way to understand the shape but also helped resolve a decade-old conjecture about the amplituhedron's internal structure, confirming it can be cleanly subdivided into building blocks corresponding to physics calculations. The finding bridges seemingly disparate fields and opens new avenues for research in particle physics and other areas.

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