Speaker
Eremeev, Egor
(JINR)
Description
Using first-principle lattice simulations, we study the equation of state of rotating SU(3) gluodynamics. We expand the free energy of the rotating gluon system in a series of angular velocity and measure the first two non-zero coefficients of this expansion (the second and fourth order). The second-order coefficient is associated with the rigid moment of inertia of gluon plasma, while the fourth coefficient describes how rotation modifies the moment of inertia.
Authors
Prof.
Braguta, Victor
(JINR)
Dr
Chernodub, Maxim
(Institut Denis Poisson, University of Tours, France)
Eremeev, Egor
(JINR)
Kudrov, Ilya
(IHEP, protvino)
Dr
Roenko, Artem
(BLTP, JINR)
Sychev, Dmitrii
(BLTP JINR, MIPT)
