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Explore the fundamental physics underlying high-temperature superconductivity in this comprehensive lecture delivered at the BSS Physics School. Delve into the current understanding of the essential mechanisms that enable certain materials to conduct electricity without resistance at relatively high temperatures compared to conventional superconductors. Examine the theoretical frameworks, experimental observations, and key physical principles that govern high-Tc superconducting materials, with particular focus on the progress made in unraveling the complex many-body physics involved. Gain insights into the quantum mechanical phenomena, electronic correlations, and phase transitions that characterize these exotic materials, while understanding the ongoing challenges and breakthroughs in the field that continue to drive both fundamental research and potential technological applications.
