General Relativity and Gravitation 1992 contains the best of 700 papers presented at the tri-annual INT conference, generally recognized as the key conference in the area. The plenary and invited papers are published in full, along with summaries of parallel symposia and workshops. The list of plenary speakers is as impressive as ever, with contributions from Jim Hartle, Roger Penrose, and Lee Smolin among many others.
Preface. Part 1: Plenary Lectures: Laser interferometric gravitational wave detectors (K Danzmann). Gravitational lensing (J Ehlers and P Schneider). Applications of numerical relativity: critical behavior and black-hole containing spacetimes (C R Evans). Relativistic dissipative fluids (R Geroch),The interpretation of quantum cosmological models (J J Halliwell),The quantum mechanics of closed systems (J B Hartle). On the mathematical theory of classical fields and general relativity (S Klainerman). Canonical quantum gravity (K V Kuchar). Recent results from COBE (J C Mather et al). Gravity and quantum mechanics (R Penrose). Sources of gravitational waves and their detectability (B F Schutz). Computer calculations of collisions, black holes, and naked singularities (S L Shapiro and S A Teukolsky). What can we learn from the study of non-perturbative quantum general relativity? (L Smolin).Recent progress in the observations of compact objects and black holes (L Stella). Testing relativistic gravity with binary and millisecond pulsars (J H Taylor). Closed timelike curves (K S Thorne). The present status of general relativity (R M Wald). Large-scale structure (S D M White). Part 2" Workshop Summaries; Exact solutions and their interpretation (G Neugebauer). Complex methods/twistors/new Hamiltonian variables (C N Kozameh). Mathematical studies of Einstein's and other relativistic equations/alternative gravity theories (R D Sorkin). Asymptotia, singularities and global structure (C J S Clarke). Approximation and perturbation methods (B R Iyer). Numerical relativity (T Nakamura). Computer methods in general relativity: algebraic computing (S M Christensen (Chairman)). Relativistic astrophysics (R H Price). Mathematical cosmology (G F R Ellis). Early Universe phenomena (A Vilenkin). Observational and astrophysical cosmology (H Quintana). Gravitational wave experiments (W O Hamilton and Ho Jung Paik). Report on the Workshop 'Other gravitational experiments and observations' (B Bertotti). Quantum gravity (No summary was received for this session). Quantum field theory in curved space-time (M Castagnino). List of participants. Author Index.