Titlebook: Extreme States of Matter in Strong Interaction Physics; An Introduction Helmut Satz Book 20121st edition Springer-Verlag Berlin Heidelberg

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Statistical QCD, of chromodynamics, we develop statistical QCD at finite temperature in the lattice formulation and discuss how it can be evaluated by computer simulation. We then use this method to study the thermodynamics of strongly interacting matter at vanishing baryon number density.

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Broken Symmetries,reaking of a global .. symmetry. Next we turn to the chiral symmetry of the QCD Lagrangian in case of massless quarks and discuss the spontaneous breaking and eventual restoration of this symmetry. We then consider the relation of the two kinds of symmetry breaking in determining the transition beha

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The QCD Phase Diagram,limiting forms for mesonic and baryonic matter, and elaborate the resulting phase pattern. Next, we consider the possible phase structure at low temperature and high baryon density, where deconfinement and chiral symmetry restoration need not coincide. Following this, we survey results obtained on t

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The Quark-Gluon Plasma,emperature lattice studies. The defining plasma property, charge screening, will be addressed by studying the effect of introducing test charges into the medium. Subsequently, we note that in a temperature range up to several .., the plasma exhibits strong, non-perturbative interaction effects, whic

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Outlook,f matter. This prediction is in nature similar to that of the existence of Bose-Einstein condensates or of black holes. Given QCD as basic theory, the existence of the QGP follows. To theory, the challenge is to determine as many features of this new state as possible. This is quite a particular cha

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