Executable Intelligence: From Living Information Colonies and Verified Meaning to Rotation-Native Hardware — Integrated Edition

[wAI ~ wErrors] «All models are wrong, but some are useful.» — George E. P. Box (1976) This preprint integrates Angular-Norm Transport (ANT) 4.5/5.0, the .antcolony executable-memory contract, the ANT–ADAM synthesis, and the ADAM-TPU rotation-native hardware programme into one verification-first architecture. The work distinguishes exact mathematics, measured prototype evidence, architecture hypotheses, new synthesis proposals, and quarantined speculation. Its central cross-layer proposal is Executable Intelligence: the capacity not only to solve inside a representation or discover a better representation, but to discover a reusable executable law, preserve explicit residuals, verify the law under named functional/rare/OOD/consequence tests, serialize it with provenance and rollback, execute it on an appropriate substrate, and withdraw trust when drift or new evidence invalidates it. ANT contributes finite-lifetime provenance-carrying information agents, one-reality/two-timescale measurement, route memory, Queen codebooks, whole-object digestion, a Detection/Selection Firewall, living-colony search, protected dissent, horizon-aware constitutional audit, and Ariadne semantic backtracking. .antcolony provides typed executable memory. ANT–ADAM supplies a rotation–scale–residual compilation contract and a quality–bytes–latency–energy research target. ADAM-TPU supplies the hardware hypothesis: photonic unitary meshes, crossbar scaling/MVM, an auditable digital control plane, hardware-aware distillation, dynamic rank/precision, and bounded attestation. The paper retains the ADAM archive’s bold quantum/photonic, Clifford, Galois/CRT, braid, HoTT, p-adic, rare-event and geometric-manifold ideas in a dedicated speculative quarantine. They are preserved as research prompts and do not support the core performance or correctness claims. The final sections integrate the work with FSIM, Geometry of Intelligence, CANTGBoost, Phase/Clifford Verified Executable Knowledge, Systemic Geometry Under Stress, the Consequence Gap, S.V.E. Ω, and Academy; provide application domains; and state a staged roadmap from CPU reproduction and real-model tests to a killable virtual ADAM, a small rotation chiplet, and an ambitious self-correcting scientific instrument. S.V.E. Meta-License v5.0