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Learn to simulate hadron dynamics in the lattice Schwinger model using IBM quantum hardware in this 21-minute conference talk. Discover why the Schwinger model serves as a toy model for Quantum Chromodynamics (QCD) and explore scalable SC ADAPT VQE techniques for ground state and hadron state preparation. Understand confinement-based truncation methods for managing long-range interactions and examine results from 112 qubit simulations performed on IBM Torino hardware. Explore the implementation of deep trotterized circuits and aggressive error mitigation strategies that successfully reveal propagating hadron wavefronts, demonstrating practical applications of quantum computing in high-energy physics simulations.
