Mathematics – Differential Geometry
Scientific paper
2005-02-23
Communications in Analysis and Geometry, Volume 14, Number 4 (October 2006)
Mathematics
Differential Geometry
30 pages, part of author's thesis from SUNY Stony Brook. Updated version, some slight corrections
Scientific paper
In this article, we extend Anderson's higher-dimensional Dehn filling construction to a large class of infinite-volume hyperbolic manifolds. This gives an infinite family of topologically distinct asymptotically hyperbolic Einstein manifolds with the same conformal infinity. The construction involves finding a sequence of approximate solutions to the Einstein equations and then perturbing them to exact ones.
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