Degeneration of Kahler-Einstein manifolds of negative scalar curvature
arXiv:1706.01518
Abstract
Let be an algebraic family of compact Kähler manifolds of complex dimension with negative first Chern class over a punctured disc . Let be the unique Kähler-Einstein metric on . We show that as , converges in pointed Gromov-Hausdorff topology to a unique finite disjoint union of complete metric length spaces without loss of volume. Each is a smooth open Kähler-Einstein manifold of complex dimension n outside its closed singular set of Hausdorff dimension no greater than . Furthermore, is a quasi-projective variety isomorphic to , where is a projective semi-log canonical model and is the non-log terminal locus of . This is the first step of our approach toward compactification of the analytic geometric moduli space of Kähler-Einstein manifolds of negative scalar curvature.
References in corpus (3)
Cited by in corpus (10)
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- On the construction of a complete Kahler-Einstein metric with negative scalar curvature near an isolated log-canonical singularity
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