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Explore three cutting-edge research presentations from the II School on Emergent Phenomena in Non-Equilibrium Quantum Many-Body Systems in this 49-minute conference session. Discover how quantum heat engines transition from quantum to classical behavior and the counterintuitive phenomena that emerge in this process through Joao Paulo Neves Azevedo Machado's presentation from Universidade Federal Fluminense. Learn about quantum Fisher information applications and the method of moments in discrete time crystals for advanced sensing technologies with Marco Antonio Manya Suni, also from Universidad Federal Fluminense. Investigate the fate of entanglement in quantum spin liquids under various dynamic conditions, including Lindbladian and non-Markovian dynamics induced by sudden coupling to dissipative bosonic environments, presented by Federico Garcia from the University of Delaware. Gain insights into the latest developments in non-equilibrium quantum many-body systems, quantum thermodynamics, quantum sensing applications, and entanglement dynamics in complex quantum systems through these expert presentations from leading researchers in the field.
