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Explore cutting-edge research in quantum matter physics through this conference session featuring four distinguished speakers presenting their latest findings on chirality, vorticity, and magnetic fields. Delve into Shu Lin's analysis of spin polarization in off-equilibrium medium under both weak and strong coupling conditions, examining how quantum systems behave when driven away from thermal equilibrium. Investigate Igor Shovkovy's research on neutrino emission from quark cores of magnetars, uncovering the exotic physics of these ultra-dense stellar objects with extreme magnetic fields. Learn about Dyana Duarte's work on the Medium Separation Scheme and its application to cold-magnetized superconducting quark matter, exploring novel phases of matter under extreme conditions. Discover Osvaldo Ferreira Neto's insights into pion condensation and chiral symmetry breaking in the early universe, connecting particle physics to cosmological phenomena. This session forms part of the 9th Conference on Chirality, Vorticity and Magnetic Fields in Quantum Matter, bringing together leading researchers to discuss the fundamental properties of matter under extreme conditions and their implications for understanding both terrestrial and astrophysical systems.
