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Explore cutting-edge research in condensed matter physics through this 46-minute conference talk from the 2025 Simons Collaboration on New Frontiers in Superconductivity Annual Meeting. Delve into recent theoretical and experimental developments in quantum materials, focusing on three key systems: twisted WSe2 (tungsten diselenide), bilayer nickelates, and cuprate superconductors. Examine the latest findings in twisted van der Waals materials and their unique electronic properties, investigate the emerging field of nickelate superconductors and their bilayer structures, and analyze new insights into cuprate superconductors, one of the most studied high-temperature superconducting materials. Gain understanding of how these diverse quantum materials systems contribute to advancing our knowledge of unconventional superconductivity and correlated electron physics. Learn about the theoretical frameworks and experimental techniques used to study these complex materials, and discover how recent results are shaping the future direction of superconductivity research.
