Outer acceptance
18 canonical gates and two blocking auxiliary layers.
Paper, executable evidence and reviewFollow the result
Follow the result
back to its source.
Read the paper and obtain the executable bundle through their separate Zenodo DOI links below. Use the current Proper bundle for reproduction; earlier releases remain in the historical archive.
Current publication
UTFANSWF Proper
Ronald L. Alexander · Published 18 October 2026
The complete document follows the executable construction and its final reconciliation. Use the table of contents as an outline of the project as well as a navigation guide to the paper.
Verified publication file
UTFANSWF_Proper.pdf
- 2,239 pages, including front matter
- 731 numbered sections
- 17.13 MB (17,133,333 bytes)
- The published file matches the current manuscript copy.
File integrity
SHA-256 of this PDF:
b0900bcb7f40f13f7eb932d726fcb57eb8a706515470594a8f6e4e3dc3216236Zenodo file MD5:
934d1721ec0c68bce22e52bf07e46819A checksum identifies a file; it does not establish scientific validity. These values refer to the PDF, not an executable bundle.
Executable reproducibility bundle
Get the current UTFANSWF Proper bundle.
The executable release contains the harness, calculation modules, required inputs, supporting evidence and reproduction instructions. Its DOI is separate from the paper's DOI. The historical v23 ZIP in the archive is not a substitute for this release.
Bundle DOI: 10.5281/zenodo.23458804
Reproduce the executable release
Run it, then read the decisions.
- Extract the current Proper bundle to a short, writable path, such as
C:\U24, to avoid Windows path-length problems. Follow its included environment and dependency instructions. - Open a terminal in the extracted project root—the directory containing the
harnesspackage. - Start the complete run with the command below. Retain the initialization and input conventions declared by that release.
- Keep the complete output and generated results. Inspect the final ledger and reporting summary, not shell exit status alone.
python -m harness.run_all_gatesExecution uses dependency-aware parallel scheduling within resource limits. Current-run outputs must be distinguished from saved evidence and earlier intermediate results. An interrupted run is not a fresh PASS.
The website does not run the harness in your browser. The counts and decisions below summarize the run documented by the paper.
Interior stages
Registered interior calculations, with declared dependencies.
Item #5 register
The distinct source-owned structural completion chain.
Final checks
Four integrated checks plus seven final checkpoint components.
Overall acceptance requires the 20 outer acceptances and the 11 final integrated checks. It is not a majority vote or a claim that every physical question has the same answer.
Final reconciliation · §727
PASS has a declared scope.
The reported harness result is overall PASS. Native internal Item #8 closure is PASS. The final scientific record also retains specific no-go outcomes and an open external coverage question.
| Item / question | Recorded outcome | What it establishes |
|---|---|---|
| 1 · Flavor / Yukawa structure | Closed PASS | Structural origin and light-Higgs construction at their declared scope. |
| 2 · Independent electromagnetic normalization | Closed no-go | The tested structure does not independently fix the absolute coupling. It does not derive 1/137. |
| 3 · Charged-proton mass | Closed PASS candidate | First-order Class-B source-based QCD+QED completion. |
| 4 · Selected trinucleon lifetime | Closed no-go | The symmetry and conditional rate law do not select the missing physical coefficient and lifetime. |
| 5 · Neutrino / PMNS / CP structure | Closed PASS | The source-owned 127/127 structural register and final continuation. |
| 6 · Fresh distributed H₀ | Closed no-go | The frozen structure does not supply the complete source-owned distributed expansion inference. |
| 7 · Frozen galaxy-observable protocol | Closed PASS | The declared protocol passes; its supplied comparison evidence is synthetic. |
| 8 · Internal parent–layer–child closure | Closed PASS | Native moving interfaces, matching, response and breathing in the coupled evolving state. |
| 8 · External axion coverage | OPEN | Continuous experimental coverage of 6–10 μeV is not supplied by the root comparison. |
Why these outcomes coexist: a properly evaluated no-go is a settled answer to a specified question, not a hidden successful prediction. The scoped release decision retains those boundaries. Internal closure, independent reproduction and observational validation are different levels of evidence.
For reviewers
Check the claim and its dependencies together.
Trace the source
Identify the current result owner, its inputs, conventions and downstream reconciliation. Avoid treating a superseded intermediate branch as the final result.
Preserve the test
Keep fixed inputs, fitted quantities and held-out observables distinct. A target used to select a parameter cannot then serve as its independent prediction.
Report precisely
Include the manuscript section, executable release, environment, command, output and exact discrepancy. Independent reproductions and counterexamples are welcome.
Citation and correspondence
Separate references for the paper and bundle.
Paper: Alexander, Ronald L. (2026). UTFANSWF Proper. Zenodo. https://doi.org/10.5281/zenodo.23451622
Executable bundle: Ronald L. Alexander · UTFANSWF Proper reproducibility bundle · https://doi.org/10.5281/zenodo.23458804. Use the bundle record's citation export for its exact release metadata.
For reuse or permissions, consult the publication terms and the bundle's included LICENSE.txt, or contact the author.