Deforming complete Hermitian metrics with unbounded curvature

preprint2014arXivOpen access

Abstract

We produce solutions to the Kähler-Ricci flow emerging from complete initial metrics g0g_0 which are C0C^0 Hermitian limits of Kähler metrics. Of particular interest is when g0g_0 is Kähler with unbounded curvature. We provide such solutions for a wide class of U(n)U(n)-invariant Kähler metrics g0g_0 on nn dimensional complex Euclidean space, many of which having unbounded curvature. As a special case we have the following Corollary: The Kähler-Ricci flow has a smooth short time solution starting from any smooth complete U(n)U(n)-invariant Käbler metric on $\C^n$ with either non-negative or non-positive holomorphic bisectional curvature, and the solution exists for all time in the case of non-positive curvature.

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