Collective flow in nucleus-nucleus collisions at NICA and FAIR energies

• Arkadiy Taranenko (NRNU MEPhI)

HIC simulations at NICA energies: correlations and flow

• Maria Elena Tejeda-Yeomans

Nuclear liquid-gas phase transition in realistic models of neutron star matter

• Konstantin Maslov (NRNU MEPhI)

The QCD phase diagram within effective models

• Thorsten Steinert

Relativistic density functional approach to string-flip model quark matter

• Niels-Uwe Bastian (University of Wroclaw)

Supporting the existence of the QCD critical point by compact star observations

• David Edwin Alvarez Castillo (Joint Institute for Nuclear Research)

Bose-Einstein Condensation from a Gluon Transport Equation

• Brent Harrison

Evolution of higher moments of multiplicity distribution

• Radka Sochorova

Sorting of events according to their shapes.

• Boris Tomasik (Univerzita Mateja Bela)

Effective photon-photon-gluon vertex and photon beam scattering in QGP

• Michael Bordag

NICA project at JINR

• Anatoly Sidorin (VBLHEP JINR)

NA61 program beyond 2020

• Ludwik Turko (Uniwersity Wroclaw)

Integrated hydrokinetic model for NICA/FAIR and RHIC BES energies

• Yuriy Sinyukov

Magnetohydrodynamics simulations, flow, flow fluctuations, and vortices

• Ajit Mohan Srivastava

Lambda polarization at NICA/RHIC energies in viscous hydrodynamic approach

• Iurii Karpenko (Frankfurt Institute for Advanced Studies)

Vector vs tensor polarization in HIC

• Oleg Teryaev (JINR)

Vorticity in PHSD and Lambda Polarization

• Evgeni Kolomeitsev

Anomalous axial current from covariant Wigner function and thermodynamic equilibrium density operator

• George Prokhorov (Dubna, BLTP)

Challenges for hydro modeling at NICA energies

• Iurii Karpenko (Frankfurt Institute for Advanced Studies)

Mass shift of charmonium states in heavy ion collisions

• Gabor Balassa

Transport code comparison under controlled conditions

• Hermann Wolter (University of Munich)

Study of dynamics of heavy-ion collisions at NICA: EOS, flow, freeze-out and femtoscopy correlations

• Evgeny Zabrodin (Department of Physics, University of Oslo)

Baryon-antibaryon annihilation and reproduction in relativistic heavy-ion collisions

• Eduard Seifert

Quantum fields in a finite volume and possible quark-hadron scaling duality

• Alexandru Parvan (JINR and IFIN-HH)

Strong fluctuation effects for interacting particle systems

• Oleg Zaboronsky

Transport coefficients of QCD from Zubarev formalism

• Armen Sedrakian

Laudatio (Plakida, Roepke)

Nonequilibrium pion distribution in heavy-ion collisions from the Zubarev approach

• David Blaschke (JINR Dubna)

Revisiting hydrodynamics from quantum field theory

• Masaru Hongo

Nonperturbative Kinetic Theory of the Field Induced Phase Transition in Graphene

• Stanislav Smolyansky (Saratov State University)

Nonperturbative kinetic approach for describing the pre-equilibrium dynamics of HIC

• Anatolii PANFEROV

Nonequilibrium meson production in strong fields

• Łukasz Juchnowski (University of Wroclaw)

Kinetic theory of correlated quantum systems in the framework of Zubarev's Nonequilibrium Statistical Operator Method

• Vladimir Morozov

Electrical conductivity of charged particle systems and the Zubarev NSO method

• Gerd Roepke (Universitaet Rostock, Institut fuer Physik)

Charge fluctuations in strongly correlated electronic systems

• Nikolay Plakida

Dielectric function and dynamical collision frequency from the Zubarev approach

• Heidi REINHOLZ

Quantum statistical approach to permittivity of metallic plasmas

• Mikhail Veysman

Neutrons scattering on the nonequilibrium statistical medium and generalized Van Hove's formula

• Alexandr KUZEMSKY

Finite size effects, intermolecular forces and effective virial expansion

• Ludwik Turko (Uniwersity Wroclaw)

Damping Rate and Collision Integral from Finite-Time-Path Out-of-Equilibrium Field Theory

• Ivan Dadic

On the theoretical description of polymers glass transition kinetics in a wide range of cooling rates

• Timur Tropin (Joint Institute for Nuclear Research)

Generalized form of the Bogoliubov - Zubarev theorem accounting for pressure fluctuations. Possible applications to the ultra-relativistic gases.

• Yurii RYBAKOV