Proceedings of the international summer school on heavy ion reactions and phase transitions

This recently concluded summer school presents coverage of present-day nuclear physics from the theoretical and experimental standpoint. Contents: Computer Simulation of Heavy Ion Reactions, Specifically Investigating the Liquid-Gas Phase Transition and the Quark-Parton Phase; QCD at Non-Zero Temperatures and QCD Transport Models; Systematics of the Quark-Gluon Phase Transition, Possible Signatures and Results from Cosmic Ray Data; Calculation of the Nuclear Matter Equation of State from the Nucleon-Nucleon Interaction; Experimental Results from the Bevalac (250 meV to 2.1 GeV per Nucleon) and Proposed Experiments at Brookhaven and CERN; Experimental Results from pp and Proton-Nuclear Scattering; Present Knowledge of the Nuclear Matter Equation of State Obtained from Investigation of Neutron Stars, Heavy Ion Reactions and Nucleon-Nucleon Reactions; Survey of Relativistic Hydrodynamics as Applied to Heavy Ion Reactions and Anti-Proton Annihilation; Survey of Chiral Dynamics, the Restoration of Chiral Symmetry and the Quark-Gluon Transition; Calculation of the 2π Green's Function