Probing Spin Dynamics, Polarization, and Chiral Magnetic Effects in Heavy-Ion Collisions

Explore cutting-edge research in quantum matter physics through this conference talk featuring three distinguished speakers from the 9th Conference on Chirality, Vorticity and Magnetic Fields in Quantum Matter. Delve into Aihong Tang's investigation of spin dynamics and magnetic fields in heavy-ion collisions, examining how these fundamental interactions reveal properties of matter under extreme conditions. Discover Sergei Voloshin's latest findings on polarization phenomena in high-energy nuclear collisions at both LHC and RHIC energies, providing insights into the behavior of quantum chromodynamics in relativistic environments. Learn about Fuqiang Wang's measurements of azimuthal correlations with spectator and participant planes as part of the ongoing search for the chiral magnetic effect in the STAR experiment. Gain understanding of how these three interconnected research areas contribute to our knowledge of chirality, vorticity, and magnetic field effects in quantum systems, particularly in the context of heavy-ion physics and the study of quark-gluon plasma formation and properties.