PaQit chooses how densely to pack parallel circuit instances on a neutral-atom array to minimize energy for a given fidelity target, and the paper validates the underlying fidelity-spacing trend on real Aquila hardware.
Power consumption and energy efficiency of quantum computing platforms in high performance com- puting integration,
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PaQit: Energy-Runtime-Fidelity Co-Optimization for Neutral Atom Quantum Computers
PaQit chooses how densely to pack parallel circuit instances on a neutral-atom array to minimize energy for a given fidelity target, and the paper validates the underlying fidelity-spacing trend on real Aquila hardware.