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Explore the fascinating world of unconventional superconductivity in this comprehensive physics lecture delivered at the Boulder School of Science 2025. Delve into advanced concepts and theoretical frameworks that distinguish unconventional superconductors from their conventional counterparts, examining the unique pairing mechanisms and electronic properties that define these exotic quantum materials. Learn about the fundamental principles governing unconventional superconducting states, including d-wave and p-wave pairing symmetries, and discover how these materials challenge traditional BCS theory. Investigate the experimental signatures and theoretical models used to understand high-temperature superconductors, heavy fermion systems, and other unconventional superconducting materials. Gain insights into the latest research developments and open questions in the field, while building a solid foundation in the quantum many-body physics underlying these remarkable phenomena.
