Template:Mathematics of paper folding: Difference between revisions

Revision as of 17:45, 10 June 2025

v t e Mathematics of paper folding
Flat folding	Big-little-big lemma Crease pattern Huzita–Hatori axioms Kawasaki's theorem Maekawa's theorem Map folding Napkin folding problem Pureland origami Yoshizawa–Randlett system
Strip folding	Dragon curve Flexagon Möbius strip Regular paperfolding sequence
3d structures	Miura fold Modular origami Paper bag problem Rigid origami Schwarz lantern Sonobe Yoshimura buckling
Polyhedra	Alexandrov's theorem on polyhedra Flexible polyhedron (Bricard octahedron, Kaleidocycle, Kokotsakis polyhedron, Steffen's polyhedron) Net Blooming Common net Source unfolding Star unfolding
Miscellaneous	Fold-and-cut theorem Lill's method
Publications	Geometric Exercises in Paper Folding Geometric Folding Algorithms Geometric Origami A History of Folding in Mathematics Origami Polyhedra Design Origamics
People	Roger C. Alperin Margherita Piazzola Beloch Bruno Buchberger Yan Chen Robert Connelly Erik Demaine Martin Demaine Rona Gurkewitz David A. Huffman Tom Hull Kôdi Husimi Humiaki Huzita Toshikazu Kawasaki Robert J. Lang Anna Lubiw Jun Maekawa Kōryō Miura Joseph O'Rourke Robert Rumely Tomohiro Tachi Eve Torrence