Geometric properties of mappings between CR manifolds of higher codimension

Speaker: 

Professor Peter Ebenfelt

Institution: 

UCSD

Time: 

Tuesday, October 14, 2003 - 3:00pm

Location: 

UCSD

A classical result in SCV is the fact that a nonconstant holomorphic map sending a piece of the unit sphere in $\mathbb C^N$ into itself is necessarily locally biholomorphic (and, in fact, extends as an automorphism of the unit ball). Generalizations and variations of this result for mappings between real hypersurfaces have been obtained by a number of mathematicians over the last 30 years. In this talk, we shall discuss some recent joint work with L. Rothschild along these lines for mappings between CR manifolds of higher codimension.

Crepant Resolutions of Calabi-Yau orbifolds

Speaker: 

Anda Degeratu

Institution: 

MSRI

Time: 

Tuesday, October 21, 2003 - 4:00pm

Location: 

MSTB 254

A Calabi-Yau orbifold is locally modeled on C^n/G where G is afinite subgroup of SL(n, C). One way to handle this type of
orbifolds is to resolve them using a crepant resolution of singularities.We use analytical techniques to understand the topology of the crepant resolution in terms of the finite group G. This gives ageneralization of the geometrical McKay Correspondence.

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