Journal of Differential Geometry · 2001 · 214 citations · 11 references
Natural SciencesMathematicsPhysicsGeometryMathematical PhysicsRelativityGeneral RelativityHyperbolic GeometryInvariant ManifoldsMass PropertiesRiemannian GeometrySpacetime GeometryHyperbolic ManifoldsMass In General RelativityPositive Mass TheoremRiemannian MetricSpinor RepresentationsSpinor TheorySpinors In General Relativity
Motivated by certain problems in general relativity and Riemannian geometry, we study manifolds which are asymptotic to the hyperbolic space in a certain sense. It is shown that an invariant, the so called total mass, can be defined unambiguously. A positive mass theorem is established by using the spinor method.
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