Hamburg

1. Introduction -- 2 [...]

Elementary Particle Theory and Field Theory -- Canonical Formalism and Quantum Mechanics -- Quantisation of Free Fields -- Invariant Functions and Quantisation of Free Fields -- Indefinite Metric and Electromagnetic Field -- Quantisation of Interacting Systems -- Symmetries and Conservation Laws -- S-Matrix -- Cross Sections and Decay Widths -- Discrete Symmetries -- Green’s Functions -- Renormalisation Theory -- Classification of Hadrons and Models -- What is Gauge Theory? -- Spontaneous Symmetry Breaking -- Weinberg-Salam Model -- Path-Integral Method -- Quantisation of Gauge Fields via Path Integral Method -- Becchi-Rouet-Stora Transformations -- Renormalisation Group -- Theory of Confinement -- Anomalous Terms and Dispersion Theory -- Postface -- References -- Index

Introduction -- QCD phase structure at finite baryon density -- Nuclear matter under extreme external fields : rotation and magnetic fields -- Dynamical evolution of non-equilibrium and transport -- Nuclear matter at high density and EOS -- Summary and outlook