Table of Contents

• Fujimoto successive method to obtain odd-number section of a segment or an angle by folding operations, Humiaki Kuzita and Shuzo Fujimoto
• Towards a methematical throey of origami, Jacques Justin
• R(gamma)=1, Toshikazu Kawasaki
• Fold - its physical and mathematical principles, Koryo Miura
• Four-dimensional origami, Koji Miyazaki
• The technique to fold free flaps of formative art "ORIGAMI", Fumiaki Kawahata
• The tree method of origami design, Robert J. Lang
• Folding of uniform plane tessellations, Tibor Tarnai
• Folded and unfolded nature, Biruta Kresling
• Similarity in origami, Jun Maekawa
• Breaking symmetry: origami, architecture, and the forms of nature, Peter Engel
• Discrete symmetric origami structures: dissigami, Misha Litvinov
• Planar graphs and modular origami, Thomas Hull
• Origami-model of crystal structure, II. Spindel and corundum structures, Shozo Ishihara
• The platonic solids and its interrelated solids, Shuzo Fujimoto
• Molecular modeling of fullerenes with modular origami, Louis A. Cuccia, R. Bruce Lennox, and Francis M.Y. Ow
• Envelope-folding useful for chemical education, (in Japanese) Shukichi Yamana
• Finding convex deltahedra through origami, Youko Horii
• Polyhedron origami: a possible formulation by "simple units", Miyuki Kawamura
• Modular origami polyhedra, Rona Gurkewitz
• Symmetry in two- and three-dimensional origami with knotted tape, Heinz Strobl
• A study on the twist in quadrangular origami tubes, (in Japanese) Noriko Nagata
• Proposal of a term "origamics" for plastic origami - workless scientific origami, (in Japanese) Kazuo Haga
• Origami as an aid to understanding symmetry groups, Junko Nitta
• Hypergami: a computational system for creating decorated paper constructions, Michael Eisenberg and Ann Nishioka
• Using origami as a teaching tool, (in Japanese) Toshinori Tanaka
• Teaching origami to develop visual/spatial perception, Judy Hall
• Physically handicapped and origami, Saburo Kase
• Origamic architecture, (in Japanese, English abstract) Masahiro Chatani
• Tridimensional transformations of paper by cutting and folding, Ramin Razani
• Artistic tiling problem by origami, Peterpaul Forcher
• Extruding and tessellating polygons from a plane, Chris K. Palmer
• Hikari-ori reflective folding, James Minoru Sakoda
• Lines meeting on a surface; the "MARS" paperfolding, Paulo Taborda Barreto
• Creative origami "snow crystals": some new approaches to geometric origami, Kunio Suzuki
• Art, origami and education, John Smith
• Form of origami, Yoshihide Momotani
• Origami fractal, Kenzo Takei
• Block origami system, (in Japanese, English abstract) Yoshio Sato
• Traditional and technical, David Brill
• Thoughts on the future of origami design: something old, something new, Herman Van Goubergen
• One crease origami: less is more, Paul Jackson
• Image game, Kunihki Kasahara
• The cube story told in modular-origami language, Tomoko Fuse
• Movement of nature and folding line structures and others, Akira Yoshizawa
• Origami and motivation, Thoki Yenn
• How the origami model explains the theory of kikujutsu, Toshiyuki Iwasaki
• The origins of origami or the other side to origami, (in Japanese) Makio Araki
• The roots of origami and its cultural background, Koya Ohashi
• Some observations on the history of paperfolding in Japan and the West - a development in parallel, David Lister
• Another view of the word "origami", Masao Okamura
• Right angle billiard games and their solutions by folding paper, Humiaki Huzita

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