General Relativity and Gravitation

Introductory Talk.- Classical Relativity.- The mathematical theory of black holes.- Gravitational collapse of a dust cloud and the cosmic censorship conjecture.- Asymptotic properties of isolated systems: recent developments.- Exact solutions and singularities — Report of workshop A2.- Initial value problem — Report of workshop A3.- The motion of compact bodies and gravitational radiation.- The quadrupole approximation to gravitational radiation.- Gravitational radiation and the ‘Quadrupole Formula’ — Report of workshop A1.- Algebraic computing in general relativity.- Computational relativity: numerical and algebraic approaches — Report of workshop A4.- Positive energy and Kaluza-Klein theory.- Classical and quantum alternatives to gravitational theories - Report of workshop A5.- Relativistic Astrophysics.- Relativistic cosmology: its nature, aims and problems.- Voids in the expanding universe.- Nonlinear wave propagation in relativistic hydrodynamics and cosmology.- Cosmological parameters and cosmological models — Report of workshop B3.- On the stochastic properties of relativistic cosmological models near the singularity.- The early universe — Report of workshop B2.- Recent developments in the physics and astrophysics of black holes — Report of workshop B1.- Experimental Gravitation.- Testing relativity with solar system dynamics.- Space experiments — Report of workshop C2.- Laser interferometer gravitational wave detectors.- High frequency gravitational waves: attempts to laboratory detection — Report of workshop C1.- Laboratory experiments — Report of workshop C3.- Quantum Gravity.- Free differential algebras and relativistic theories.- Topics in quantum gravity.- Quantum gravity and quantum field theory in a curved space — Report ofworkshop D1.- Supergravity and the Kaluza-Klein program — Report of workshop D2.- The quantum mechanics of the universe.- Highlights of the Conference.- Highlights of the Conference.