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arXiv 1012.5028math.DGmath.AP
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分支极小浸入的频率函数和奇异集界

A frequency function and singular set bounds for branched minimal immersions

Leon Simon, Neshan Wickramasekera

摘要:

We show that any 2-valued C^{1, α} (α \in (0, 1)) function u = { u_{1} , u_{2} } on an open ball B in { \mathbb R}^{n} with values u_{1} , u_{2} \in { \mathbb R}^{k} whose graph, viewed as a varifold with multiplicity 2 at points where u_{1} = u_{2} and with multiplicity 1 at points where u_{1} , u_{2} are distinct, is stationary in the cylinder B \times { \mathbb R}^{k} must be a C^{1, 1/2} function, and the set of its branch points, if non-empty, must have Hausdorff dimension (n-2) and locally positive (n-2)-dimensional Hausdorff measure. The C^{1, 1/2} regularity is optimal.

英文摘要:

We show that any 2-valued C^{1, α} (α\in (0, 1)) function u = {u_{1}, u_{2}} on an open ball B in {\mathbb R}^{n} with values u_{1}, u_{2} \in {\mathbb R}^{k} whose graph, viewed as a varifold with multiplicity 2 at points where u_{1} = u_{2} and with multiplicity 1 at points where u_{1}, u_{2} are distinct, is stationary in the cylinder B \times {\mathbb R}^{k} must be a C^{1, 1/2} function, and the set of its branch points, if non-empty, must have Hausdorff dimension (n-2) and locally positive (n-2)-dimensional Hausdorff measure. The C^{1, 1/2} regularity is optimal.

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