What question did this study set out to answer?

The research aims to enhance operational capabilities of the USFEC/OKV framework through a structured ontology and refined governance methods.

February 8, 2026Open Access

USFEC / OKV: Unitary Core + Companions harness

Key Points

The research aims to enhance operational capabilities of the USFEC/OKV framework through a structured ontology and refined governance methods.
Developed a detailed ontology-method spine for navigation and structure.
Created verification harness with grouped test indices and red-team strategies.
Upgraded operational packs for various derived sectors and included runnable pipeline for transcript generation.
Documented dual-canon policies governing the selection and execution process.
Established a comprehensive framework that links various theoretical models with operational governance.
Demonstrated the ability to transition between policies with specific operational implications.
Provided a runnable specification generating logs for tracking and validation of processes.

Abstract

This deposit provides a two-volume preprint bundle for the USFEC/OKV framework: Unitary Core (main text): the ontology–method spine (form-history → WQO/Kruskal → law → χ₀ → ledger-time → canon/archive/boundary → stop→repack→eons), a constitution map (Ten Articles; Layers 0–7), external anchoring to GR/QFT/ΛCDM as canons/arenas, and minimal diagrams for navigation. Derived sectors (BH/QM/LIFE/MIND) are explicitly status-tagged and linked to falsifiers/triage. Companions (verification harness): grouped Test Index (Layers vs Derived sectors), red-team exploit vectors, governance templates (drift log + mandatory re-run sets), runnable harness specification (HAR-RUN/HAR-LOG), and example transcripts. Release 2.0 upgrades key claims from “spec-only” to operational discipline: BH GW ringdown operational pack (preregistered envelopes + triage), Planck/ABD δΛ numerical pack (preregistered envelopes + triage), a runnable pipeline/runner emitting HAR-LOG JSONL transcripts. Dual-canon ξ fork: Two S-B policies are documented. Policy B treats ξ as a canon/codec multiplier (Bounded/Fitted with preregistered envelopes and drift governance) and is selected as the main canon on ontological grounds; Policy A (ξ fixed, e.g. 3) is retained as a stress canon whose CRIT outcome is reported rather than silently tuned. Switching policies is governed as a ΔC event with mandatory re-runs.

Bookmark

View Full Paper

Bookmark

View Full Paper

USFEC / OKV: Unitary Core + Companions harness

Key Points

Abstract

Cite This Study