Influence of relativistic rotation on the equation of state of gluodynamics

25 Oct 2022, 14:45
15m
Conference hall (MLIT, JINR)

Conference hall

MLIT, JINR

Oral Theoretical Physics Theoretical Physics

Speaker

Dmitrii Sychev (BLTP JINR, MIPT)

Description

Relativistic rotation may have some impact on various properties of quark-gluon plasma. For example, lattice simulations show an increase in critical temperature of both QCD and gluodynamics due to rotation. In this report the first lattice study of an effect of rotation on gluodynamics’ equation of state will be presented. In particular, it will be shown that in deconfinement phase rotation’s impact on free energy density changes sign with temperature increase.

Primary authors

Victor Braguta (JINR) Andrey Kotov (JINR) Artem Roenko (JINR, BLTP) Dmitrii Sychev (BLTP JINR, MIPT)

Presentation materials