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Construction of Lagrangian Self-similar Solutions to the Mean Curvature Flow in Cn

机译:Cn中平均曲率流的Lagrangian自相似解的构造

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摘要

We give new examples of self-shrinking and self-expanding Lagrangian solutions to the Mean Curvature Flow (MCF). These are Lagrangian submanifolds in , which are foliated by (n ? 1)-spheres (or more generally by minimal (n ? 1)-Legendrian submanifolds of ), and for which the study of the self-similar equation reduces to solving a non-linear Ordinary Differential Equation (ODE). In the self-shrinking case, we get a family of submanifolds generalising in some sense the self-shrinking curves found by Abresch and Langer.
机译:我们给出了平均曲率流(MCF)的自收缩和自扩展拉格朗日解的新示例。这些是中的拉格朗日子流形,由(n?1)个球体(或更普遍地由的最小(n?1)-Legendrian子流形)构成叶栅,为此,对自相似方程的研究简化为求解非-线性常微分方程(ODE)。在自收缩的情况下,我们得到了一系列子流形,这些流形在某种意义上概括了Abresch和Langer发现的自收缩曲线。

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