Multi-Quantum OES is an offline, standard-library-only Python (3.11–3.13) workbench for explainable OES-512 telemetry replay triage, with a preregistered synthetic stress evaluation and a separate, isolated “AI ∩ quantum” toy lab. Everything runs locally on synthetic data; the quantum parts are exact classical simulati...
Jean-François Brisson· Zenodo (CERN European Organi...· 0 citations
Standard-library Python research prototype of the OES-32 / OES-512 classical residual latch. A 32-value residual block is scored with S = 0.45·Peak + 0.35·RMS + 0.20·MeanAbs and latches when S ≥ τ. OES-512 applies the same latch to 16 contiguous blocks of 32, which gives a 16-bit coarse syndrome. The fixed default τ =...
Jean-François Brisson· Zenodo (CERN European Organi...· 0 citations
C++/HLS research scaffold for a qLDPC decoder: a minimal C++20 program that links Joschka Roffe's ldpc library through CMake FetchContent (OpenMP enabled), a Catch2 unit-test target, and a GF(2) sparse matrix-vector micro-benchmark used as a CI regression gate, plus Vitis HLS / Vivado / PetaLinux scripts targeting the...
Jean-François Brisson· Zenodo (CERN European Organi...· 0 citations
Profile A sidecar to oes32-residual: a deterministic, standard-library-only Python telemetry-triage harness (residual latch, EVEN/ODD symmetry, FOLD8 continuity) for 32-element vectors. It evaluates a proposed 32-element state vector against a reference and returns a deterministic SAFE / LATCH containment decision plus...
Jean-François Brisson· Zenodo (CERN European Organi...· 2 citations
Normative OES-32 residual reference (ADR-001): a deterministic Python definition of the max-absolute residual between two 32-component vectors, with a strict > tolerance failure rule and executable contract tests. Contract. Input: two finite real-valued vectors of length 32 and a finite, non-negative tolerance. Compone...
Jean-François Brisson· Zenodo (CERN European Organi...· 12 citations
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