ar X iv : n uc l - th / 0 20 10 36 v 2 1 4 Fe b 20 02 Excitation of Triple Giant Resonances in Heavy - Ion Reactions ∗

ar X iv : n uc l - th / 0 20 10 36 v 1 1 6 Ja n 20 02 Excitation of Triple Giant Resonances in Heavy - Ion Reactions ∗

We calculate the cross-section for the excitation and subsequent decay of triple giant resonances (TGDR) in several nuclei excited with heavy ions. The recently developed coherent plus incoherent theory for the excitation in conjunction with the hybrid decay model of Dias-Hussein-Adhikari are used for the purpose. It is emphasized that the direct decay of the TGR is expected to deviate apprecia...

ar X iv : n uc l - ex / 0 20 20 25 v 1 2 7 Fe b 20 02 A tentative 4 − isomeric state in 98 Sr

ar X iv : n uc l - ex / 0 70 20 53 v 1 2 6 Fe b 20 07 ALICE potential for Heavy - Flavour Physics

Heavy Quarks will be abundantly produced in Heavy Ion Collisions at LHC energies. Both, the production of open heavy flavoured mesons and quarkonia will probe the strongly interacting medium created in these reactions. In particular, the ALICE detector will be able to measure heavy flavour production down to low transverse momentum, combining leptonic and hadronic channels, covering a large rap...

ar X iv : n uc l - th / 0 11 20 45 v 1 1 4 D ec 2 00 1 The canonical effect in statistical models for relativistic heavy ion collisions

Enforcing exact conservation laws instead of average ones in statistical thermal models for relativistic heavy ion reactions gives raise to so called canonical effect, which can be used to explain some enhancement effects when going from elementary (e.g. pp) or small (pA) systems towards large AA systems. We review the recently developed method for computation of canonical statistical thermodyn...

ar X iv : n uc l - th / 0 41 20 37 v 1 1 0 D ec 2 00 4 Transport Theories for Heavy Ion Collisions in the 1 AGeV Regime

We compare multiplicities as well as rapidity and transverse momentum distributions of protons, pions and kaons calculated within presently available transport approaches for heavy ion collisions around 1 AGeV. For this purpose, three reactions have been selected: Au+Au at 1 and 1.48 AGeV and Ni+Ni at 1.93 AGeV.