Speaker
KINKAR SAHA
(BOSE INSTITUTE)
Description
The hot and dense matter created through the high-energy heavy ion collision
experiments possesses a very rich phase structure characterized by the confining
and chiral properties. In these experiments, the matter is produced
within a finite volume, finiteness of which depends on the size of the colliding
nuclei, the centre of mass energy ($\sqrt{s}$) and the centrality of collisions. The effect of finiteness of the system sizes have important consequences on the
system's phase structure. Fluctuations and correlations of conserved
charges on the other hand are sensitive indicators of the transitions
occurring in such strongly interacting systems and are therefore needed to be
studied extensively. Here, we intend to present the analysis under the
framework of 2+1-flavor Polyakov--Nambu--Jona-Lasinio model with different
system sizes revealing important consequences.
Primary author
KINKAR SAHA
(BOSE INSTITUTE)
Co-authors
Dr
Abhijit Bhattacharyya
(University of Calcutta)
Dr
Rajarshi Ray
(Bose Institute)
Prof.
Sanjay Ghosh
(Bose Institute)
Prof.
Sibaji Raha
(Bose Institute)
Ms
Sudipa Upadhaya
(Bose Institute)
