articleTop 10% cited
Domain of Dependence
Journal of Mathematical Physics · 1970 · Vol. 11(2) · pp. 437–449
Robert Geroch✉(Birkbeck, University of London)
Abstract
The various properties of the domain of dependence (Cauchy development) which have been found particularly useful in the study of gravitational fields are reviewed. The basic techniques for constructing proofs and counterexamples are described. A new tool—the past and future volume functions—for treating certain global properties of space-times is introduced. These functions are used to establish two new theorems: (1) a necessary and sufficient condition that a space-time have a Cauchy surface is that it be globally hyperbolic; and (2) the existence of a Cauchy surface is a stable property of space-times.
Cosmology and Gravitation TheoriesNoncommutative and Quantum Gravity TheoriesRelativity and Gravitational TheoryCounterexampleMathematicsCauchy distributionDomain (mathematical analysis)Mathematical proofProperty (philosophy)Cauchy problemSurface (topology)Space (punctuation)Pure mathematics
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605
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3.57
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References
Empty-Space Generalization of the Schwarzschild Metric
Journal of Mathematical Physics · 1963 · 822 citations
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