Speaker
Dr
KaiJia Sun
(Cyclotron Institute)
Description
Light (anti-)nuclei produced in relativistic heavy-ion collisions, due to their composite structures, naturally encode the many-nucleon correlations. The light nuclei production is thus sensitive to the density fluctuation/correlation developed during the non-smooth phase transition from QGP to hadronic matter in relativistic heavy-ion collisions， providing a unique tool to probe the conjectured QCD critical point in the Beam Energy Scan program. In this talk, we present the most recent results of energy dependence of $N_tN_p/N_d^2$ in the vicinity of a first-order chiral phase transition. The dynamics of chiral phase transition is modelled within a Lagrangian-based transport model approach.
| Present via | Online |
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Authors
Che-Ming Ko
Dr
KaiJia Sun
(Cyclotron Institute)
