Anomalous Transport Phenomena, CME Conductivity, Axion-Photon Coupling, and Quark-Gluon Plasma Signatures in Lattice QCD

Explore cutting-edge research in quantum matter physics through this conference session featuring four expert presentations on chirality, vorticity, and magnetic fields. Delve into anomalous transport phenomena on the lattice with Gergely Endrodi from Eotvos University, examining how quantum field theory calculations are performed using lattice methods. Learn about out-of-equilibrium chiral magnetic effect (CME) conductivity from Lattice QCD with Eduardo Garnacho, also from Eotvos University, focusing on non-equilibrium quantum chromodynamics simulations. Discover insights into the axion-photon coupling from Lattice QCD presented by Jose Javier Hernandez from the University of Bielefeld, exploring the theoretical connections between axions and electromagnetic fields. Examine signatures of local acceleration in quark-gluon plasma and its effects on dilepton production with Aritra Bandyopadhyay. Gain comprehensive understanding of advanced theoretical physics concepts including lattice quantum chromodynamics, chiral magnetic effects, axion physics, and quark-gluon plasma dynamics as presented at the 9th Conference on Chirality, Vorticity and Magnetic Fields in Quantum Matter hosted by ICTP-SAIFR.