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Oxford Quantum Circuits has released Erado, an open-source Qiskit simulator specifically designed to model erasure noise and post-selection strategies within dual-rail qubit architectures. The accompanying research demonstrates that postselection can effectively mitigate erasure errors below a 3.0% threshold, allowing NISQ algorithms to surpass the fundamental noise floor of single-rail systems before full quantum error correction is implemented. This tool provides essential benchmarks for developers evaluating error mitigation techniques on superconducting hardware prior to physical execution.

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Oxford Quantum Circuits Releases Erado: An Open-Source Qiskit Simulator for Erasure Noise and Post-Selection

Quantum Computing ReportSeptember 18, 20262 min read

Oxford Quantum Circuits (OQC) has launched Erado, an open-source Qiskit simulator for erasure noise and post-selection, integrated into their QCaaS SDK. This tool allows researchers to simulate erasure-aware noise models and evaluate quantum error mitigation techniques, with accompanying research showing postselection can fully mitigate erasure noise below 3.0% error rates, outperforming single-rail architectures. Erado offers flexible simulation modes and precise parameter controls for analyzing the trade-offs of post-selection. The post Oxford Quantum Circuits Releases Erado: An Open-Source Qiskit Simulator for Erasure Noise and Post-Selection appeared first on Quantum Computing Report.

Superconducting quantum computing hardware provider Oxford Quantum Circuits (OQC) has released erado, an open-source Python library designed to simulate erasure noise, dual-rail qubit encodings, and post-selection strategies on arbitrary Qiskit circuits. Integrated directly…

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