A new heuristic compiler for multi-qubit iceberg patches reduces circuit depth by 34 percent, cuts gate counts, and improves fidelity metrics on 71 benchmarks compared with naive mapping.
QASMBench: A Low-level QASM Benchmark Suite for NISQ Evaluation and Simulation
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Circuit-cutting metadata leaks algorithm family and Hamiltonian k-locality with near-perfect accuracy via topological transpilation penalties on production QPUs.
A graph-theoretic nonlinear integer program solved via genetic algorithm reduces qubit transfers in neutral atom quantum circuit compilation compared to prior zoned-architecture compilers.
Stochastic magic-state production in fault-tolerant quantum computing inflates execution time but reduces peak resource demand, allowing stochastic-aware factory allocation to cut space-time volume by up to 27% and factories by up to 30% versus deterministic optima.
INJEQT reduces synthillation error by up to 22x, wall-clock time by 13x, and space-time cost by 7.2x in extractor FTQC architectures via auxiliary Rz synthesis and pre-fetching.
A pipelined framework with speculation for logical operations in fault-tolerant quantum computation reduces total pipeline steps by 20-40% on benchmarks by overlapping control, execution, and decoding stages.
Two new heuristics reduce hardware-limited depth of commuting PPR groups by 10-20% on average (up to 50%) in QASMBench circuits compiled to PPRs.
A three-metric framework (SIS, OIS, IGS) detects anomalies in quantum circuits more reliably than structural checks alone, as shown by controlled injections where high structural similarity still misses most behavioral deviations.
citing papers explorer
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Logical Compilation for Multi-Qubit Iceberg Patches
A new heuristic compiler for multi-qubit iceberg patches reduces circuit depth by 34 percent, cuts gate counts, and improves fidelity metrics on 71 benchmarks compared with naive mapping.
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Post-Cut Metadata Inference Attacks on Quantum Circuit Cutting Pipelines
Circuit-cutting metadata leaks algorithm family and Hamiltonian k-locality with near-perfect accuracy via topological transpilation penalties on production QPUs.
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General circuit mapping algorithm for neutral atom quantum computers
A graph-theoretic nonlinear integer program solved via genetic algorithm reduces qubit transfers in neutral atom quantum circuit compilation compared to prior zoned-architecture compilers.
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Price and Payoff: Non-Determinism in Fault Tolerant Quantum Computation
Stochastic magic-state production in fault-tolerant quantum computing inflates execution time but reduces peak resource demand, allowing stochastic-aware factory allocation to cut space-time volume by up to 27% and factories by up to 30% versus deterministic optima.
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INJEQT: Improved Magic-State Injection Protocol for Fault-Tolerant Quantum Extractor Architectures
INJEQT reduces synthillation error by up to 22x, wall-clock time by 13x, and space-time cost by 7.2x in extractor FTQC architectures via auxiliary Rz synthesis and pre-fetching.
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Stalls and Spequlation: Pipelined Execution for Fault Tolerant Quantum Computation
A pipelined framework with speculation for logical operations in fault-tolerant quantum computation reduces total pipeline steps by 20-40% on benchmarks by overlapping control, execution, and decoding stages.
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Optimizing Parallel Execution of Commuting Pauli Product Rotations
Two new heuristics reduce hardware-limited depth of commuting PPR groups by 10-20% on average (up to 50%) in QASMBench circuits compiled to PPRs.
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A Multi-Level Integrity Evaluation Framework for Quantum Circuits under Controlled Anomaly Injection
A three-metric framework (SIS, OIS, IGS) detects anomalies in quantum circuits more reliably than structural checks alone, as shown by controlled injections where high structural similarity still misses most behavioral deviations.