Passes 3965–3972

Topology-code distance firewall, local-dissipation no-go, exact 24-port control, safe learning, self-reproducing topology, and photon causal density.

Semantic certificate: 90911496d42850652801e77da5bf6523027f5e3a52e8d906a9e817526fa68d57

Topology immunity

Every one of the 79,092,651 edge-toggle patterns through weight three has a distinct residual fingerprint. No alternating weight-four or simple alternating weight-six support is undetectable. A weight-32 relabelling witness gives 8 ≤ d₀ ≤ 32.

Control and dissipation

Four global transvections generate the full 25,920-element symmetry group. Each is nine disjoint three-cycles, but treating those cycles as independent jumps changes the fixed algebra. The exact ideal control minimum is 24 diagonal ports, yielding the full 1,600-dimensional operator algebra.

Self-reproducing boot

An 18-trit seed regenerates all 480 oriented edges in nine BFS layers. Twelve perfect matchings schedule the graph. A 192-entry sensor identifies every defect of weight at most two, with a complete weight-three fallback ledger.

Photon causal density

The user’s intuition survives as a shared causal budget rather than a variable light-speed law. If serial node spacing is ℓ and tick duration τ, Lorentz-compatible propagation requires ℓ/τ=c. For one photon, the quantum speed limit yields:

Nserial ≤ 4 E L/(h c) = 4 L/λ
Serial depthMinimum length at 1550 nm
20.775 μm
124.65 μm
3915.1125 μm
4015.5 μm
8131.3875 μm

Parallel modes increase the alphabet dimension without representing the same number of serial state changes. A literal node-count dependence of vacuum speed predicts observable dispersion and is therefore retained only as a falsifiable hypothesis.

Two additional constructions

The W33/complement interferometer separates the common all-to-all channel from W33 contrast. The Cartesian hierarchy has 40m modes and diameter 2m, proving logarithmic routing depth while preserving the exponential physical mode cost.

Boundary. No exact topology distance, independently local Lindbladian, robust pulse theorem, learned hardware controller, autonomous laboratory boot, hidden photon-node ontology, variable vacuum light speed, remote CI/PDF completion, or physical validation is claimed.