Speaker
Description
We investigate the phase structure and thermodynamic properties of
the Polyakov loop-extended chiral quark mean-field model at different val-
ues of temperature and density. We explore the effect of finite volume and
magnetic field on phase transition from confined hadronic state to decon-
fined quarks. A shift of phase boundary to higher values of quark chemical
potential ($μ_q$) and temperature (T) have been observed for decreasing val-
ues of system volume and an opposite shift to lower temperature and quark
chemical potential for increasing magnetic field. The phase diagram and
critical temperature is modified in presence of magnetic field and finite
size and hence these play a significant role in identifying the transition
temperature more precisely.
| speaker affiliation | NIT JALANDHAR |
|---|
