Quantum Gravity - Proceedings Of The International School Of Cosmology And Gravitation Xiv Course

Gravity without the metric and torsion, P. Bandyopadyay; relativistic theories of heat, P.G. Bergmann; classical gravity and quantum matter fields in unified field theory, H.-H. v Borzeszkowski and H.-J. Treder; mixed field theories and Weyl-Cartan geometry, H.-H. v Borzeszkowski and H.-J. Treder; physical theories in space-time algebra, B.K. Datta; twistor, torsion and tensor-spinors space-time, V. de Sabbata; quantized matter in a de Sitter gauge theory with classical metric and axial torsion, W. Drechsler; quantum gravity and black hole entropy, V. Frolov; null hypersurface canonical formalism, J. Goldberg; on the gauge aspects of gravity, F. Gronwald and F.W. Hehl; superluminal and gravitational behaviour on non-local photons, A. Komar; describing GR by characteristic surfaces, S. Frittelli et al; twistor theory, the Einstein equations and quantum mechanics, R. Penrose; quantum geometry and gravity, E. Progovecki; strings and multi-strings in black hole and cosmological spacetimes, A.L. Larsen and N. Sanchez; what is space-time made of?, E.L. Schucking et al; a Poincare gaug theory of gravitation in Minkowski spacetime, C. Weisendargen; general relativity on spinor-tensor manifold, X. Yu; a discrete approach to the quantization of spacetime, Z.-J. Zhang.