UTFANSWF Proper — Executable Reproducibility Bundle

UTFANSWF Proper is a Unified Physics Operating Environment (UPOE): an executable framework for connecting established physics domains through shared states, constraints, translation rules, and consistency checks. It does not replace general relativity, quantum field theory, cosmology, or effective field theory. Each domain retains its local physics while the framework evaluates their connections.

The architecture follows:

Zero State (ZS) → SWF-ISM → ANSWF → SANSWF → UTFANSWF Proper

This cleaned publication bundle contains the executable harness, calculation modules, required datasets and supporting evidence, recorded results, reproduction instructions, and the current UTFANSWF Proper manuscript with its supporting LaTeX files and figures. Cleanup preserved the scientific calculations, inputs, tolerances, and acceptance criteria.

Verified execution

A complete local Windows run of the cleaned release finished on 18 October 2026 with:

• 31/31 final ledger entries PASS

• 20/20 blocking checks PASS

• 20/20 published outer-shell checks PASS

• Item #8 internal framework closure PASS, within its declared scope

• 95 recorded Item #8 numerical residual checks, with zero failures

• Successful completion with exit code 0

• Total elapsed time: 1 hour, 50 minutes, 19.439 seconds

The final release classification is READY_WITH_DISCLOSED_LIMITATIONS.

Scientific scope and limitations

An execution PASS means the implementation satisfies its stated checks. It does not establish independent scientific validation or imply that every physical parameter has been derived.

The bundle explicitly preserves:

• Item #2: NO-GO for the current source-complete fine-structure closure.

• Item #4: NO-GO for the current absolute ΔB = 3 trinucleon-lifetime calculation.

• Item #6: NO-GO for the current fresh distributed-H₀ closure.

• Incomplete continuous experimental coverage across the 6–10 μeV axion interval, with source-complete axion prediction inputs still unresolved.

• No claim of a uniquely parent-selected absolute scale or inherited fixed endpoint.

These are disclosed scientific outcomes, not hidden execution failures. Research controls and conditional results retain their individual scopes.

Reproduction

Extract the archive into a short local path, such as C:\UTFANSWF_Proper_Clean_20261018, to avoid Windows path-length problems. Follow the included dependency instructions, then open a terminal in the directory containing harness and run:

python -m harness.run_all_gates

The harness writes results into the extracted copy. Assess the final verdict together with results/REPORT.md, results/ledger.jsonl, and the generated scientific-status records—not process exit status alone.

Runtime depends on hardware and available memory.

UTFANSWF is built to be checked, not believed.