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Explore how quantum processors can be used to investigate quantum phases of matter in this conference talk by Michael Knap. Learn about the experimental techniques and theoretical frameworks for probing exotic quantum states using quantum computing platforms. Discover how quantum simulators and quantum computers provide unique opportunities to study many-body quantum systems, including symmetry-protected topological phases, quantum spin liquids, and other complex quantum matter. Examine the advantages of quantum processors over classical computers for simulating quantum many-body systems and understand the current capabilities and limitations of these quantum platforms. Gain insights into how quantum error correction, noise mitigation, and quantum algorithms can be applied to study quantum phase transitions and characterize quantum phases of matter. The presentation covers both theoretical foundations and practical implementations, discussing how quantum processors can access regimes that are challenging for classical computational methods and traditional experimental approaches.
