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Learn about advanced quantum compilation techniques in this 45-minute conference talk from IPAM's Bridging the Gap Between NISQ and FTQC Workshop. Discover how explicit operation scheduling produces more accurate resource estimates for the active volume architecture compared to traditional closed-form expressions. Explore software that assigns qubits to specific tasks at each logical cycle, capturing the costs of bridging, stale states, and dynamic memory usage. Examine how this approach achieved a 5× speedup on an EFTQC Fermi–Hubbard simulation task, demonstrating significant improvements in quantum resource estimation accuracy for fault-tolerant quantum computing applications.
