Titlebook: Nuclear Matter and Heavy Ion Collisions; Madeleine Soyeur,Hubert Flocard,Madeleine Porneuf Book 1989 Plenum Press, New York 1989 collision

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Elements of a Relativistic Microscopic Theory of Hadronic Matter in Equilibrium and Non Equilibriumy is a first necessary step towards the description of finite nuclei and their properties. A unified treatment of equilibrium and non-equilibrium phenomena in nuclear matter might lead to a consistent approach to study properties of static nuclei and the behaviour of colliding nuclei.

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Hot Nuclear Matter and neutron stars. In the next two sections we review some of the basic concepts of quantum statistical mechanics and nuclear forces. The results of rather simplistic calculations of hot nuclear matter and its phase diagram are given in Section IV. Topics of special interest including instabilities

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Pion Absorption in Nucleies of several 100 MeV per nncleon will therefore inevitably be accompanied by the appearance of pions. The issue of pion absorption in nuclei[l] is relevant for these processes in two ways: First, the pion production mechanism is closely related to that of the inverse reaction, pion absorption. Seco

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Collective Phenomena in Relativistic Heavy-Ion Collisions: The Experimental Situationrs by Chapline, Johnson, Teller, and Weiss [Cha73], Scheid, Müller, and Greiner [Sch74], and later also by Sobel, Siemens, Bondorf, and Bethe [Sob75]. At that time only very little had been known about the properties of hadronic matter at finite temperatures and densities other than the nuclear grou

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Inclusive Experiments, Correlations and Pion Production Datats is to extract information on the properties of the hot and dense nuclear matter drop that has been created during non-peripheral collisions of two nuclei. As this task in itself raises several important questions, we shall discuss them in the introductory part. In the second part, we shall descri

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Confrontation of Theoretical Approaches and Experimental Data on High Energy Heavy Ion Collisionss, TDHF, Cascade, Vlasov-Uehling-Uhlenbeck, Classical and Quantum Molecular Dynamics) are discussed. The importance of nonequilibrium transport properties (viscosity, mean free path, effective in-medium cross sections) and of the nuclear potential (equation of state) is pointed out. The liquid-vapou

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Hard Photons and Subthreshold Mesons from Nucleus-Nucleus Collisionsinformation about the properties of nuclear matter at a density clearly above the saturation density of heavy nuclei .. = 0.16 fm.. Considering the lack of success of all attempts to reproduce .. and the nuclear matter binding energy per nucleon ? = -16 MeV in (non relativistic) self consistent calc