Isometric embeddings of the square flat torus in ambient space

Vincent Borrelli, S. Jabrane, F. Lazarus, B. Thibert
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引用次数: 26

Abstract

This memoir is concerned with isometric embeddings of a square at torus in the three dimensional Euclidean space. The existence of such embeddings was proved by John Nash and Nicolaas Kuiper in the mid 50s. However, the geometry of these embeddings could barely be conceived from their original papers. Here we provide an explicit construction based on the convex integration theory introduced by Mikhail Gromov in the 70s. We then turn this construction into a computer implementation leading us to the visualisation of an isometrically embedded at torus. The pictures reveal a geometric object in-between fractals and ordinary surfaces. We call this object a C 1 fractal.
方形平面环面在环境空间中的等距嵌入
这本回忆录是关于在三维欧几里得空间的环面正方形的等距嵌入。这种嵌入的存在是由约翰·纳什和尼古拉斯·柯伊伯在50年代中期证明的。然而,这些嵌入的几何形状几乎无法从他们的原始论文中想象出来。本文基于米哈伊尔·格罗莫夫(Mikhail Gromov)在70年代提出的凸积分理论,给出了一个显式构造。然后,我们将这个结构转换为计算机实现,使我们能够可视化等距嵌入环面。这些图片揭示了一个几何物体,介于分形和普通表面之间。我们称这个物体为c1分形。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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