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Prospects of Extracting EOS from Heavy Ion Collisions: A Relativistic Transport Equation Study

Investigating equilibrated colliding matter in heavy ion collisions to extract Equation of State (EOS) and isospin dependence. Analyzing collective baryon and isospin flow, particle production, and key observables for high-density symmetry energy. Ongoing research on non-equilibrium treatment and compressed asymmetric matter.

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Prospects of Extracting EOS from Heavy Ion Collisions: A Relativistic Transport Equation Study

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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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