Change the quark mass. Test the response.
A fixed-scale lattice-response forecast gives six finite changes in nucleon mass. Its convention and uncertainty travel with the result.
See the numerical curve →
The current paper and executable bundle
UTFANSWF Proper
A Unified Physics Operating Environment
Connecting established physics through shared states, compatible constraints, and executable tests—from a neutral reference to coupled, evolving structure.
Not a replacement for general relativity, quantum field theory or cosmology. A framework for making their connections explicit—and checking them together.
Paper DOI: 10.5281/zenodo.23451622 · Bundle DOI: 10.5281/zenodo.23458804
5architectural layers
30named disciplines & subdisciplines
731numbered manuscript sections
2,239PDF pages, including front matter
Coverage comprises 28 computationally identified disciplines and two formal disciplines. It is a scope map, not 30 independent validations.
One architecture, distinct responsibilities
Keep the physics. Connect the systems.
Each domain retains its own equations and evidential standards. UTFANSWF adds explicit transformations, ownership of inputs, and checks on what passes between domains.
ZSA neutral reference and initialization structure.
SWF–ISMNormalized states, harmonics, entropy and correlations.
ANSWFThe effective-field-theory baseline and admissibility constraints.
SANSWFSymmetry, gauge consistency, stability and unitarity.
UTFANSWF ProperShared states and constraints across interacting physical sectors.
What the current paper establishes
Internal closure, with its scope stated.
The reported executable run passes its overall acceptance criteria, including the native child–layer–parent moving-interface closure. Matching and breathing apply to the evolving regions of the same state.
Read the final decision mapDifferent questions, kept separate
- Executable PASS: the declared internal criteria are satisfied.
- Scientific interpretation: conditional predictions retain their inputs and limitations.
- Independent tests: reproduction and observational validation remain separate evidence.
- Settled boundaries: no independent α normalization, selected trinucleon lifetime or fresh distributed H₀ is claimed from the tested structure.
Put the consequences to the test
Predictions with their assumptions attached.
A precise forbidden / allowed pattern.
The adopted exact Z₆ branch forbids ΔB = 1 and 2, with ΔB = 3 as the first allowed baryon-violating class. Permission is not a decay rate.
See the selection rule →Three split-spectrum thresholds.
The retained candidate spectrum has thresholds near 1.816, 2.568 and 3.632 TeV, with specific one-loop changes in running.
See the conditional forecast →Also covered: axion searches, ringdown and gravitational-wave distances, cosmological fits, galaxy observables, and local-gravity and computational tests.
Choose a way in
Read it. Trace it. Challenge it.
Start with the architecture.
Learn what ZS, SWF–ISM, ANSWF and SANSWF contribute, and how the coupled environment uses them.
Framework and scope →Use the table of contents as a map.
The paper follows the calculation through its downstream connections. The website is a guide to that document, not a substitute for it.
Open the complete paper →Separate the claim from its test.
Inspect the run structure, final decisions, held-fixed inputs and the distinction between a candidate, a fit and an independent prediction.
Reproduction and review →Built to be checked, not believed.
Ronald L. Alexander · UTFANSWF Proper · DOI: 10.5281/zenodo.23451622
Living geometry · Six-minute film
UTFANSWF Proper in motion.
Look inside the connected structure: distinct layers, conical regions, shared junctions and local motion, brought into view through source-based mathematical visualization.