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# Bianca Santoro : Bifurcation of periodic solutions to the singular Yamabe problem on spheres.

In this talk, we describe how to obtain uncountably many periodic solutions to the singular Yamabe problem on a round sphere, that blow up along a great circle. These are (complete) constant scalar curvature metrics on the complement of S^1 inside S^m, m ≥ 5, that are conformal to the (incomplete) round metric and periodic in the sense of being invariant under a discrete group of conformal transformations. These solutions come from bifurcating branches of constant scalar curvature metrics on compact quotients of S^m \ S^1. This is a joint work with R. Bettiol (University of Notre Dame) and P. Piccione (USP-Brazil).

**Category**: Geometry and Topology**Duration**: 01:34:49**Date**: November 4, 2014 at 4:25 PM**Views**: 121-
**Tags:**seminar, Geometry/topology Seminar

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