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Dr. Pok Man Lo (GSI)21.05.18, 11:00TalkIn this talk I shall discuss the S-matrix formulation of statistical mechanics, which connects the scattering matrix elements to the thermodynamic observables. The approach allows a consistent treatment of broad resonances and purely repulsive channels, while correctly implementing the constraints from the chiral perturbation theory. This provides a useful framework for identifying the...Go to contribution page
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Prof. Edward Shuryak (Stony Brook University)21.05.18, 11:30TalkA review of interrelation between those two fields consistes of two parts. One covers recent progress in ``magnetic scenario", which treats QGP as a dual plasma containing as quasiparticles not only quarks and gluons but also magnetic monopoles, dominating the ensamble near $T_c$. Recent account for monopoles contribution to jet quenching has solved the problem with azimuthal...Go to contribution page
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Dr. Pavel Buividovich (Regensburg University)21.05.18, 12:00TalkWe describe a numerical method which allows to go beyond the classical approximation for the real-time dynamics of many-body systems by approximating the many-body Wigner function by the most general Gaussian function with time-dependent mean and dispersion. On a simple example of a classically chaotic system with two degrees of freedom we demonstrate that the Gaussian state approximation is...Go to contribution page
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