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UNIQUENESS OF SELF-SIMILAR SHRINKERS WITH ASYMPTOTICALLY CONICAL ENDS

机译:具有渐近圆锥形末端的自相似收缩器的唯一性

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Self-shrinkers are a special class of solutions to the mean curvature?ow in Rn+1, which a later time slice is a scaled down copy of an earlier slice. More precisely, hypersurfaceΣinRn+1is said to be a self-shrinker if it satis?es (1.1)H = 1/2. Here H = div (n)isthemeancurvature,n is the outward unit normal, x is the position vector and 〈, 〉 denotes the Euclidean inner product. One reason that self-shrinking solutions to the mean curvature ?ow are particularly interesting is that they provide singularity models of the ?ow; see [20,21], [24] and [48].
机译:自收缩是Rn + 1中平均曲率流的一类特殊解决方案,后一个时间片是前一个片的按比例缩小的副本。更准确地说,如果满足(1.1)H = 1/2 ,则超曲面ΣinRn+ 1被认为是自收缩。这里H = div(n)曲线,n是向外单位法线,x是位置矢量,〈,〉表示欧几里得内积。平均曲率流的自收缩解之所以特别有趣的原因之一是,它们提供了流的奇异模型。参见[20,21],[24]和[48]。

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