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Quantum Error Correction Gets a Replayable Bug Witness
ConQEC combines concrete Pauli faults with symbolic repair paths to report the first divergent decoder or recovery stage.
Summary
ConQEC combines concrete Pauli faults with symbolic repair paths to report the first divergent decoder or recovery stage.
ConQEC generates fault-syndrome-decoder-recovery traces instead of reporting only a final logical failure. On generated families and public artifacts reaching thousands of qubits, it found every seeded bug and returned a replay-valid witness. Seeded experimental cases do not establish completeness for all quantum-error-correction implementations.
Why it matters
ConQEC combines concrete Pauli faults with symbolic repair paths to report the first divergent decoder or recovery stage.
Limits and context
- ConQEC generates fault-syndrome-decoder-recovery traces instead of reporting only a final logical failure.
- Seeded experimental cases do not establish completeness for all quantum-error-correction implementations.
Key claims
ConQEC combines concrete Pauli faults with symbolic repair paths to report the first divergent decoder or recovery stage.
Qualification: ConQEC generates fault-syndrome-decoder-recovery traces instead of reporting only a final logical failure.
Evidence: source-2026-10-25-020
Sources
- arXiv preprint 2610.31443, original v1arXiv · primary research
Corrections
No corrections have been recorded for this story.