Speaker
Description
The paper will present the results of the study of the influence of relativistic rotation on the properties of quark-gluon matter. To carry out this study, we switch to a reference frame that rotates together with the system we study. In this reference frame, the rotation leads to the appearance of an external gravitational field, and the problem is reduced to the study of the properties of QCD in the external gravitational field. The lattice modeling method is used to study the properties of the KCD. The paper will discuss the following results: the effect of rotation on confinement/deconfinement transitions, breaking/restoration of chiral symmetry, negative moment of inertia of quark-gluon matter, spatially inhomogeneous phase transitions in a rotating QCD.
