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Relativistic Transport Equation (present and the future perspectives)

Relativistic Transport Equation (present and the future perspectives). Theodoros Gaitanos, INFN, LNS-Catania. RBUU model Heavy ion collisions at SIS energies  How equilibrated is colliding matter? Does exist any chance to extract the EOS?

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Relativistic Transport Equation (present and the future perspectives)

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  1. Relativistic Transport Equation(present and the future perspectives) Theodoros Gaitanos, INFN, LNS-Catania • RBUU model • Heavy ion collisions at SIS energies •  How equilibrated is colliding matter? • Does exist any chance to extract the EOS? • Does exist any chance to extract isospin dep.? •  collective baryon (nucleons, IMF’s) flow •  collective isospin (neutron-proton&others) flow •  Particle production at treshold (p,Kaons) • (multiplicities, collective dynamics)

  2. ? Heavy ion collisions? Static nuclear matter How extract EOS from HIC

  3. Treate locally non-equilibrium on mean-field level… Work on progress…

  4. High density symmetry energy NLr NLrdDDHr DDHrd DDH Consequence:

  5. Which are the key observables?

  6. Which are the key observables?

  7. Signatures directly related to high compressed asymmetric matter Kaon production (BBBYK,pBYK)! Work on progress…(PhD-Thesis of G. Ferini)

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