Spatially inhomogeneous confinement/deconfinement phase transition in rotating gluodynamics and QCD

16 Sept 2025, 12:20
30m
LHEP-215/Conference Hall - Конференц-зал корп. 215 (VBLHEP)

LHEP-215/Conference Hall - Конференц-зал корп. 215

VBLHEP

454
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30 min. Relativistic heavy ion collisions Plenary

Speaker

Prof. Braguta, Victor (JINR)

Description

Quark-gluon plasma created in heavy-ion collision experiments is subjected to rapid rotation which
might modify QCD properties. In this report we are going to present the results of lattice study
on how rotation influences phase transitions in gluodynamics and QCD.
To study rotation we pass to the reference frame which rotates with the system.
In this frame the problem is reduced to study of glyodynamics in external gravitational field.
We found that in a certain temperature interval there exists spatially inhomogeneous
confinement/deconfinement phase transition.

Authors

Prof. Braguta, Victor (JINR) Dr Chernodub, Maxim (Institut Denis Poisson, University of Tours, France) Dr Roenko, Artem (BLTP, JINR)

Presentation materials