CCCG 2008, Montr´eal, Qu´ebec, August 13–15, 2008 Polygons Folding to Plural Incongruent Orthogonal Boxes Jun Mitani∗†and Ryuhei Uehara‡ Abstract

First Page		Document Content
Date: 2008-10-29 00:07:57 Polyhedron Simple polygon Tessellation Dual polyhedron Rectilinear polygon Orthogonality Star polygon Regular polytope Geometry Polygons Euclidean geometry		CCCG 2008, Montr´eal, Qu´ebec, August 13–15, 2008 Polygons Folding to Plural Incongruent Orthogonal Boxes Jun Mitani∗†and Ryuhei Uehara‡ Abstract Add to Reading List Source URL: cccg.ca Download Document from Source Website File Size: 1,43 MB Share Document on Facebook

	Introduction What is constructive geometry? IEGC (Intuitionistic Euclidean Constructive Geometry) Connections to Field Theory Field theory and the parallel postulate Independence results DocID: 1tdMr - View Document
	Herbrand’s theorem and non-Euclidean geometry Michael Beeson, Pierre Boutry, Julien Narboux To cite this version: Michael Beeson, Pierre Boutry, Julien Narboux. Herbrand’s theorem and non-Euclidean geometry. Bulletin DocID: 1t313 - View Document
	The hamburger theorem Mikio Kano and Jan Kynˇcl EPFL Problem: Given n red and n blue points in the plane in general position, draw n DocID: 1rrZJ - View Document
	Singularities of the asymptotic completion of developable M¨obius strips Kosuke Naokawa Email: Let U be an open domain in Euclidean two-space R2 and f : U −→ R3 a C ∞ map. A point p ∈ U DocID: 1rq0Q - View Document
	Simplot_FinalLogo_FullColor DocID: 1rprR - View Document