Abstract
Let X0 be an affine variety with only normal isolated singularity at p. We assume that the complement X0 \ {p} is biholomorphic to the cone C(S) of an Einstein-Sasakian manifold S of real dimension 2n − 1. If there is a resolution of singularity π: X → X0 with trivial canonical line bundle KX, then there is a Ricci-flat complete Kähler metric for every Kähler class of X. We also obtain a uniqueness theorem of Ricci-flat conical Kähler metrics in each Kähler class with a certain boundary condition. We show there are many examples of Ricci-flat complete Kähler manifolds arising as crepant resolutions.
Citation
Ryushi GOTO. "Calabi-Yau structures and Einstein-Sasakian structures on crepant resolutions of isolated singularities." J. Math. Soc. Japan 64 (3) 1005 - 1052, July, 2012. https://doi.org/10.2969/jmsj/06431005
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