ManyFolds in Variety
% The preparation is (still) in progress, however [forever?], %
Welcome to the exhibition of Origami/paper folding and related works by H. AZUMA.
(c) Copyright AZUMA Hideaki. All rights reserved.
(Last updated: February 17, 2008)
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2006/11/18
Just submitted a paper for the proceeding of 4OSME this week: that includes some extended results of several articles presented here...
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2006/3/28
We have found that the diagrams of modification on the frog base being displayed here for a few days are not correct: so we have rejected the article today. Sorry.
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2006/1/7
We would like to say Happy New Year to every one.
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2005/4/1
He has just realized this morning a characteristic property of 2-dimensional origami geometry such that :
There exists an isometry between a '(pseudo-) elliptic' [folded] structure and a '(pseudo-) hyperbolic' [folded] structure, both corresponding to the same folding diagram.
This result differs from the famous foundational theorem in 2-dimensional differential geometry.
# Notice that the date #
% It may be true to hold such 'result' at some cases in approximation.
See the article : " Different shapes from a diagram ". %
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There exists an isometry between a '(pseudo-) elliptic' [folded] structure and a '(pseudo-) hyperbolic' [folded] structure, both corresponding to the same folding diagram.
This result differs from the famous foundational theorem in 2-dimensional differential geometry.
# Notice that the date #
% It may be true to hold such 'result' at some cases in approximation.
See the article : " Different shapes from a diagram ". %
0
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