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Explore the fascinating phenomenon of fractionalization in quantum spin liquids through this 37-minute conference talk delivered at the International Centre for Theoretical Sciences. Delve into the fundamental concepts of how quantum spin liquids exhibit fractionalized low-energy excitations, a key characteristic that distinguishes these exotic quantum matter phases from conventional magnetic states. Learn about the theoretical framework underlying fractionalization, where elementary excitations carry fractional quantum numbers rather than the integer values found in ordinary materials. Examine the experimental signatures and material candidates for quantum spin liquids, understanding how researchers identify and characterize these elusive phases in real materials. Discover the connections between quantum spin liquids and other fractionalized systems like the Fractional Quantum Hall effect, and how these systems contribute to our broader understanding of long-range entangled quantum phases. Gain insights into the role of non-trivial many-body entanglement in creating and sustaining fractionalized excitations, and explore the implications for quantum information processing and the controlled manipulation of quantum systems in hybrid platforms.
