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Quantum Gravidynamics by Nazir S. BaakliniContentsIntroduction: Einstein's field theory. The vierbein theory. Supergravity. Higher-D theories. The gravidynamic vacuum. Quantum gravidynamics. General reference. Einstein principles: General covariance. The covariant dynamics of scalar matter. The covariant dynamics of vector matter. Metric field dynamics. Einstein's equations and the cosmological term. The Vierbein Theory: Einstein dynamics for the Dirac field. Local Lorentz invariance. First-order formalism. Poincare gauge structure. Topological gravidynamics. References. Supergravidynamics: Simple supergravidynamics. Topological supergravidynamics. Extended supergravidynamics. Auxilliary fields and superspace. References. Higher-D Gravidynamics: Five-dimensional relativity. Higher-D bosonic theory. Higher-D fermions. Eleven-D supergravidynamics. Compactification mechanisms. References. Prequantum Configurations: Spherical configurations. The Schwarzschild solution. The Kruskal coordinates. Schwarzschild de Sitter configuration. Interior solution. The Robertson-Walker metric. Covariant configurations. Other solutions. References. Covariant Quantization and Renormalizability: The effective quantum action. Loop divergences. Gravidynamic matter systems. Consistent cutoff. The Weyl theory. Appendix. References. Further Developments Appendix |
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