Characterising Quantum Randomness under Classical Rejection Sampling in Quantum-Backend-as-a-Service Architectures: A Readout-Mitigated Hardware Study with a Fair-Dice Case Study
Characterising Quantum Randomness under Classical Rejection Sampling in Quantum-Backend-as-a-Service Architectures: A Readout-Mitigated Hardware Study with a Fair-Dice Case Study
Reproducibility package for the paper "Characterising Quantum Randomness under Classical Rejection Sampling in Quantum-Backend-as-a-Service Architectures: A Readout-Mitigated Hardware Study with a Fair-Dice Case Study." This release wires the version-stable Zenodo concept DOI (10.5281/zenodo.20539619) into the manuscript (page-1 reproducibility footnote, Reproducibility section, references, and CITATION.cff), on top of the v1.6-v1.7 camera-ready typesetting and the production-quality service-architecture figure. Contents: production circuits, seeded experimental data, analysis and figure-generation scripts, the FastAPI quantum-dice service, and the LaTeX manuscript sources. All simulator results are bit-for-bit reproducible (seed_simulator=42). MIT-licensed. No changes to code, data, or reported results relative to v1.5.
If you use this software or data, please cite the accompanying paper.
quantum random number generation, readout error mitigation, rejection sampling, IBM Quantum, fair dice, Qiskit, Hadamard circuit
quantum random number generation, readout error mitigation, rejection sampling, IBM Quantum, fair dice, Qiskit, Hadamard circuit
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