Developments in General Relativity

Part 1 Foundations: In honour of Professor Nathan Rosen, J.L.Synge; conceptual aspects of general relativity and the Einstein Rosen bridge, P.G.Bergman; self-generating universe, J.Rosen. Part 2 General relativity: grand-scale steady state universe generated by inflationary core, Y.Ne'eman and G.Tauber; electrovac space-times containing colliding null wave fronts, A.H.Taub; thoughts and speculations on the question - is space time turbulent?, J.Frauendiener and E.T.Newman; Bianchi cosmologies - a new description, A.Ashtekar and Jorge Pullin; bimetric gravity revisited, S.Deser; quantum conformal cosmology, J.V.Narlikar; special relativistic classical mechanics in a Riemannian spacetime, R.I.Arshansky et al; some anti-de Sitter and de Sitter supergravity Chern-Simons theories in three-dimensions, K.Koehler et al. Part 3 Astrophysics: non-Newtonian gravitation and casuality, J.D.Beckenstein; quasar pairs and quasars' peculiar velocity, F.Li Zhi; consequences of fast pulsar observations, L.Parker; correlation among gravitational wave and neutrino detectors data during SN1987A. G.Pizzella; age, primordial helium and metal enrichment of global clusters, dwarf spheroidal and elliptical galaxies, L.Angeletti and P.Giannone. Part 4 Quantum mechanics, particles, fields, and stochastic equations: Eddington's tables, quantum mechanics and realism, F.Rohrlich; the grammar and syntax of quantum theory, A.Peres; casual interpretation of the Einstein, Podolsky and Rosen experiment, D.Bohm; quantum mechanics and classical physics, N.Rosen; field theory of elementary particles, F.I.Cooperstock; applications of the EPR effect in particle physics correlated kaon and B-meson decays with CP violation; electrodynamics on RxS 3 topology, M.Carmeli and S.Malin; classical solitons and extended particles in quantum field theory, R.J.Finkelstein; Kac's solution of the telegrapher equation (part I), C.Dewitt-Morette and S. Kit Foong; Kac's solution of the telegrapher equation (part II), S.Kit Foong.