Ququart Evidence Lab

Exact channel oracles, fail-closed harmonic telemetry, independent replication receipts, and claims that must agree with their own evidence.

Qutrit lab ↗

Loading generated v170.1.1 evidence…

Exact basis16⁵ packed patterns

Claim validationevidence-derived and fail-closed

Lane symmetrylane 0 ↔ lane 1 exact invariant

ReplicationqBraid parameter-bound receipt

Manifest seedcell-local SHA-256 seeds

EXACT CHANNEL PERFORMANCE

Exact FER and Monte Carlo cross-check

Channel

EXHAUSTIVE ORACLE

Selected channel by physical weight

FAIL-CLOSED RECEIVER

Deterministic harmonic faults

REPORT-CLAIM VALIDATOR

Claims derived from evidence

INDEPENDENT REPLICATION

qBraid v170.1.0 receipt

Hash-prefix agreement is preserved as prefix consistency; it is never promoted to a full SHA-256 match.

RECEIVER OPERATING CURVE

Physical faults × complex harmonic noise

Physical p

HASH-BOUND OUTPUT

Evidence bundle

Full exact enumerator Full exact FER All channel enumerators All exact channel FER Monte Carlo cross-checks Harmonic fault matrix Harmonic end-to-end Receiver operating curve Lane symmetry certificate Report claims Claim validation qBraid replication receipt Methodology JSON Manifest JSON

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Claim boundaryExact finite code-capacity behaviour is not a hardware threshold. Replication receipts bind software evidence and parameters; hardware claims require device, circuit, leakage, timing, and readout declarations.