Speaker
Dr
Roenko, Artem
(JINR, BLTP)
Description
Using first-principle numerical lattice simulations of rotating quenched QCD, we demonstrate that the hot gluon plasma develops strong inhomogeneity with angular rotation. In certain conditions the existence of mixed confinement-deconfinement phase, when the periphery and central regions of rotating system are in the different phases, becomes possible. We study the spatial distribution of the Polyakov loop in the plane orthogonal to the rotational axis and find the conditions when the co-existing of two phases may be possible. We also will present preliminary results for the local critical temperature of rotating gluon plasma and its dependence on the angular velocity and radius of the system.
Primary author
Dr
Roenko, Artem
(JINR, BLTP)
Co-authors
Braguta, Victor
(JINR)
Dr
Chernodub, Maxim
(Institut Denis Poisson, University of Tours, France)
