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arXiv math/0411589math.APmath.DG
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任意余维的非参数Plateau问题

The non-parametric problem of Plateau in arbitrary codimension

Luca M. Martinazzi

摘要:

本文研究了在任意维数和余维数下求具有给定边界数据的最小图的问题。存在性,唯一性,稳定性和正则性。我们首先介绍了著名的结果余维1:Jenkins-Serrin的存在性定理,凸性的唯一性和稳定性的区域和De Giorgi的正则性定理。在高余维下,我们首先讨论Lawson和Osserman的反例.然后我们介绍了王慕涛的最新结果:我们使用中曲率流来证明小边界数据的存在性,并证明了一个新的Bernstein定理(也是由于王慕涛),它对每一个面积减少的最小图都成立。最后,我们从Bernstein定理推出面积减少的极小图总是光滑的。

英文摘要:

We study the problem of finding a minimal graph with prescribed boundary data in arbitrary dimension and codimension. Existence, uniqueness, stability and regularity are treated. We first present the well-known results for codimension one: Jenkins-Serrin's existence theorem, convexity properties of the area which give uniqueness and stability and De Giorgi's theorem for regularity. In higher codimension we first discuss the counterexamples of Lawson and Osserman. Then we present the recent results of Mu-Tao Wang: we use the mean curvature flow to show existence for small boundary data and we prove a new Bernstein theorem (also due to Mu-Tao Wang) which holds for every area-decreasing minimal graph. We finally deduce from the Bernstein theorem that an area-decreasing minimal graph is always smooth.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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