Boundary regularity, uniqueness and non-uniqueness for AH Einstein metrics on 4-manifolds
Michael T. Anderson
Abstract
This paper studies several aspects of asymptotically hyperbolic Einstein metrics, mostly on 4-manifolds. We prove boundary regularity (at infinity) for such metrics and establish uniqueness under natural conditions on the boundary data. By examination of explicit black hole metrics, it is shown that neither uniqueness nor finiteness holds in general for AH Einstein metrics with a prescribed conformal infinity. We then describe natural conditions which are sufficient to ensure finiteness.
Create a lesson
Related papers
Strongly isotropy irreducible spaces whose Laplacians have all their eigenspaces irreducible
Emilio A. Lauret, Fiorela Rossi Bertone
Anomaly Flow II: Estimates and Long-time Existence for the Coupled Flow
Caleb Suan
Global C2,α estimate for complex Monge--Ampère equations on compact Kähler manifolds
Haozhao Li, Bing Wang, Kai Zheng
osp(1|2)-cohomology on multidifferential operators space
Mabrouk Ben Ammar, Amina Jabeur
Orbit stratifications and smooth topology of positively curved six-manifolds with rank-one nonabelian symmetry
Minbo Gao, Yuhang Liu
Rigidity of Immersed Gauss Curvature Shrinkers in Euclidean Space
Jiahao Wang