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Validation of Universal Φ Framework on IBM Quantum Hardware - Real calibration data from 445 qubits and 1004 two-qubit gates

5 starsPython

One formula detects failure in quantum, neural nets, and hearts

by Wise314·Feb 22, 2026·1 point·1 comment

AI Analysis

MidBig BrainWizardry

One formula predicts qubit failure 20 days early, but cross-domain claims lack independent peer review.

Strengths
  • Genuine temporal prediction: Φ drops 20 days before actual qubit degradation on real IBM hardware with 445-qubit validation.
  • Hardware-agnostic formula with no per-device retraining — validated on three IBM backends identically.
  • Deterministic and explainable scoring (single threshold 0.25) vs. black-box ML for regulated domains (pharma, defense, finance).
Weaknesses
  • Cross-domain claims (neural nets, turbofan bearings) lack verifiable evidence in repo — only quantum results shown with hard data.
  • No independent peer validation or code review; patent-pending status raises questions about reproducibility incentives and gatekeeping.
Target Audience

Quantum computing operators, hardware engineers, systems reliability teams

Similar To

Qiskit's qubit calibration tools · hardware error mitigation pipelines (IBM Quantum's built-in error suppression)

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