We perform classical-statistical real-time lattice simulations to compute real-time spectral
functions and momentum broadening of quarks in the presence of strongly populated non …

We study universal features of the hydrodynamization process in heavy-ion collisions using
QCD kinetic theory simulations for a wide range of couplings. We introduce the new concept …

A bstract We study the production of a quark-antiquark antenna in the presence of a dense
and anisotropic QCD medium. We assume the antenna to originate from an unpolarized …

Thermalization of heavy quarks in the quark-gluon plasma is one of the most promising
phenomena for understanding the strong interaction. The energy loss and momentum …

QCD kinetic theory simulations are a prominent tool for studying the nonequilibrium initial
stages in heavy-ion collisions. Despite their success, all implementations rely on …

The subdiffusion phenomena are studied for heavy quarks dynamics in the hot QCD matter.
Our approach aims to provide a more realistic description of heavy quark dynamics through …

A bstract We use QCD kinetic theory to compute photon production in the chemically
equilibrating Quark-Gluon Plasma created in the early stages of high-energy heavy-ion …

We analyze the color-magnetic (or “B”) field two-point function that encodes the finite-mass
correction to the heavy-quark momentum-diffusion coefficient. The simulations are done on …

We examine how plasma excitations affect the heavy-quark diffusion coefficient in 2+ 1-
dimensional and glasmalike plasmas, akin to the preequilibrium matter describing relativistic …

The dynamics of heavy quarks within the hot QCD medium have been revisited, considering
the influence of anomalous diffusion. This study has been conducted using the framework of …