Speaker
Description
In high-energy nuclear collisions, numerous phenomenological analyses have been conducted regarding the Quark-Gluon Plasma (QGP) as it reaches local thermal equilibrium. In these studies, it is crucial to understand the extent to which the QGP is actually generated as a transient state of the collision. While the QGP component is dominant in large collision systems such as Pb+Pb, it remains unclear to what degree it is produced in intermediate-sized systems like O+O and Ne+Ne collisions. In this presentation, we employ the Dynamical Core-Corona Initialization (DCCI) model to systematically and quantitatively evaluate the fractions of locally equilibrated and non-equilibrated components in O+O and Ne+Ne collision reactions. We further discuss possible deformation of oxygen and neon nuclei in analysis of anisotropic flow parameters.
