## The Seventh Marcel Grossmann Meeting on recent developments in theoretical and experimental general relativity, gravitation, and relativistic field theories: proceedings of the meeting held at Stanford University, 24-30 July 1994, Part 1 |

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### Contents

Publications in this Series | v |

Was Einstein 100 Percent Right? | 19 |

Do We Understand Black Hole Entropy? Jacob Bekenstein | 39 |

Copyright | |

3 other sections not shown

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ABSTRACT action algebra angular approach approximation Astrophys Astrophysics background black hole black hole entropy boundary conditions calculations classical compute consider constant constraint coordinates corresponding cosmic cosmology coupling covariant curvature defined density Department of Physics derivative described detectors dilaton dimensional dynamics effects Einstein equations electromagnetic energy entropy equations of motion evolution fermion field equations field theory finite frequency function gauge geometry Grav gravitational field gravitational radiation gravitational waves Hamiltonian horizon initial integral interaction invariant Lett linear loop Marcel Grossmann mass Math mathematical measure metric modes momentum neutron stars numerical observed obtained orbits parameter particle perturbations Phys potential problem quantization quantum gravity region relativistic relativity rotating scalar field Schwarzschild Schwarzschild black hole singularity space spacetime spatial spectrum spherical spinor string string theory structure supergravity supersymmetry symmetry temperature tensor theoretical transformation University variables vector Wilson loops zero