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Explore advanced research on superconducting twisted trilayer graphene through this conference talk from the 2025 Simons Collaboration on New Frontiers in Superconductivity Annual Meeting. Delve into cutting-edge experimental findings on spectral gaps and many-body resonances in this novel quantum material system. Learn about the sophisticated techniques used to resolve these quantum phenomena and understand their implications for superconductivity research. Discover how twisted trilayer graphene exhibits unique electronic properties that differ from its bilayer counterpart, and examine the role of many-body interactions in shaping the superconducting state. Gain insights into the experimental challenges of probing these delicate quantum states and the theoretical frameworks needed to interpret the results. This presentation provides valuable perspectives on one of the most exciting frontiers in condensed matter physics, where topology, superconductivity, and many-body physics intersect in twisted graphene systems.
