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Explore the theoretical framework underlying Hall crystals in this 37-minute conference talk delivered at the International Centre for Theoretical Sciences. Delve into the effective theory approach to understanding these exotic quantum matter phases, which represent a fascinating intersection between crystalline order and quantum Hall physics. Learn how Hall crystals emerge as a unique state of matter where electrons form periodic structures while maintaining the topological properties characteristic of quantum Hall systems. Examine the mathematical formalism and theoretical tools used to describe these systems, including their low-energy excitations and collective modes. Discover the connections between Hall crystals and other fractionalized quantum matter phases, and understand their role in the broader landscape of strongly correlated electron systems. This presentation forms part of a comprehensive discussion meeting on fractionalized quantum matter, bringing together cutting-edge research on long-range entangled phases and their experimental realizations.
