Gauge Theory and Gravitation

Inhaltsverzeichnis

• A micro-deSitter spacetime with constant torsion: A new vacuum solution of the Poincaré gauge field theory.
• New general relativity - Translation gauge theory -.
• Generalizations of gravitational theory based on group covariance.
• Algebraic construction of static axially symmetric self-dual fields.
• Space-time structure of gravitational solitons.
• Dyon black hole in the Tomimatsu-Sato-Yamazaki space-time.
• Massive gauge theories in three dimensions (= at high temperature).
• Gluon condensation and confinement of quarks.
• Generalized string amplitude and wave equation for hadrons.
• Stochastic quantization and large N reduction.
• Variational methods in the master field formulation for QCD3+1.
• Confinement by thick magnetic vortices.
• Renormalizability of massive Yang-Mills theory.
• Absence of particle creation as an equilibrium condition.
• Renormalization and scaling of non-Abelian gauge fields in curved space-time.
• Two-point functions and renormalized observables.
• Vacuum energy in the bag model.
• Stochastic quantization and Gribov problem.
• The geometry of the configuration space of non abelian gauge theories.
• Lattice gauge theory — a progress report.
• Recent developments in the theory of large N gauge fields.
• Topological excitations on a lattice.
• Observation of Aharonov-Bohm effect by electron holography.
• BPS transformation and color confinement.
• Covariant operator formalism of gauge theories and its extension to finite temperature.
• Path integration at the crossroad of stochastic and differential calculus.
• Manifestly covariant canonical formalism of quantum gravity - A brief survey -.
• A gauge invariant resummation of quantum gravity.
• “The gauge invariant effective action for quantum gravity and its semi-quantitative approximation”.
• Background fieldmethod of gauge theory and the renormalization problem.
• Supersymmetric grand unification.
• Aspects of grand unified models with softly broken supersymmetry.
• Supersymmetric dipole mechanism and vacuum energy.
• Nosonomy of an inverted hierarchy model.
• Grand unified theories with symmetry and local supersymmetry.
• The auxiliary field/ultraviolet finiteness connection.
• Consistency of coupling in supergravity with propagating lorentz connexion.
• Cosmological phase transition in microcanonical gravity.
• Dimensional reduction.
• Kaluza-Klein type theory.
• Pregeometry.
• Scale invariant scalar-tensor theory and the origin of gravitational constant and particle masses.
• Concluding remarks.
• Quantized strings and QCD.
• One-loop divergences and ?-functions in supergravity theories.
• A geometrical foundation of a unified field theory.