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Explore cutting-edge developments in strongly correlated fermionic systems through this hour-long conference talk delivered at ICBS2025. Delve into the latest theoretical and computational advances that provide new understanding of complex quantum many-body systems where electron-electron interactions play a dominant role. Examine how these strongly correlated systems exhibit exotic phases of matter and emergent phenomena that challenge conventional condensed matter physics paradigms. Learn about novel approaches and methodologies used to tackle the computational complexity inherent in these systems, including advanced numerical techniques and theoretical frameworks. Discover applications of these insights to understanding high-temperature superconductors, quantum spin liquids, and other exotic quantum materials. Gain perspective on how these new insights are reshaping our understanding of fundamental physics and opening pathways to potential technological applications in quantum computing and materials science.
