Field Theory, Quantization and Statistical Physics

Inhaltsverzeichnis

• One: Field Theory and Quantization.
• Renormalizable Theories with Symmetry Breaking.
• Computing Methods in Quantum Electrodynamics.
• Classical Mechanics of Autocomposite Particles.
• Exclusion of Static Solutions in Gravity-Matter Coupling.
• Star-Products: Quantization and Representations without Operators.
• High Energy Tests of Quantum Electrodynamics.
• Non-Ideal Effects on the Stability of a Cylindrical Current-Carrying Plasma.
• Broken Symmetry of Lie Groups of Transformation Generating General Relativistic Theories of Gravitation.
• Ward-Takahashi Identities and Gauge Invariance.
• Towards the Early Stages of the Universe.
• Covariant Quantizations of the Maxwell Field.
• Gauss’ Law in Local Quantum Field Theory.
• Discrete States Buried in the Continuum.
• Two: Statistical Physics.
• Some Universal Aspects of the Transition to Stochasticity for Non-Conservative Dynamical Systems.
• Hydrodynamic Models with Random Forces.
• High-Temperature Study of Planar Rotator- and XY-Models for Dimensions D ? 2.
• General Langevin Equations and Functional Integration.