Vortex Rings, Spin-Hydrodynamics, and Effective Action for Relativistic Hydrodynamics

Explore cutting-edge research in quantum matter physics through this conference session featuring three distinguished speakers presenting their latest findings on chirality, vorticity, and magnetic fields. Learn about vortex rings formation in high-energy central proton-nucleus collisions from Mike Lisa of Ohio State University, who examines the complex dynamics of particle interactions at extreme energies. Discover advances in spin-hydrodynamics and hyperon polarization through Raul Wolters' presentation from Utrecht University, focusing on the Trajectum framework for understanding particle spin behavior in relativistic systems. Delve into the theoretical foundations of relativistic hydrodynamics as Mauricio Hippert from Centro Brasileiro de Pesquisas Físicas presents an effective action approach derived from Crooks fluctuation theorem, bridging statistical mechanics and fluid dynamics in quantum systems. Gain insights into the fundamental physics governing quantum matter behavior, magnetic field interactions, and the role of chirality in high-energy particle physics through these comprehensive presentations from leading researchers in the field.