Light-quark response
Frozen ±5% to ±20% nucleon-mass response curve with leave-one-β robustness.
Technical data
Current results · reproducibility first
Current UTFANSWF Results
Start here for the current results. Technical prediction tables, dated updates, and historical records are linked separately.
Latest technical findings
Go directly to the new data.
Exact-Z6 ΔB=3 signature
Dimension-15 first allowed baryon violation and leading trinucleon channel classes.
Technical dataSplit-spectrum gauge running
Three TeV-scale thresholds, αem running points, slope jumps, and weak-angle envelope.
Technical dataWhy these results belong together
These findings became visible through UTFANSWF because the framework approaches nature as one connected physical system rather than a collection of separate problems — from geometry and cosmology to gauge structure, quantum behavior, and matter stability. That broader structure can expose relationships that remain hidden when each problem is studied in isolation, allowing very different questions such as H₀, the fine-structure constant, proton stability, and the nucleon matter scale to be approached through the same underlying architecture.
If these results continue to survive reproduction and independent scrutiny, their greatest significance may be precisely that: UTFANSWF is beginning to demonstrate what a genuinely unified view of physics can reveal.
Breakthrough Result 01 · Cosmology · v23 hardening
The UTFANSWF distributed H₀ candidate
The current v23 executable separates two different objects that should not be conflated: the hardened Row-20 cosmology fit and the earlier distributed-H₀ research bridge. The current paper remains v22 until the v23 manuscript is formally published.
UTFANSWF distributed H₀ candidate: H₀ = 73.134202 km/s/Mpc.
Publication status: preserved as the public distributed-H₀ prediction while the separate hardened v23 background-fit distinction is carried in the reproducibility record and reserved for explicit treatment in the technical paper.
Publication status: preserved as the public distributed-H₀ prediction while the separate hardened v23 background-fit distinction is carried in the reproducibility record and reserved for explicit treatment in the technical paper.
The v23 executable critical likelihood uses the CMB block plus the full official 13-observable DESI DR2 Gaussian BAO vector in its native DV/rd, DM/rd, DH/rd basis. It fits only the declared flat-ΛCDM background coordinates (h, Ωm, Ωb) and charges all three fitted degrees of freedom.
Current status
Row 20 PASS; distributed bridge preserved as history.
The frozen Row-20 ceiling remains 1.25. The active fit passes at 1.092696 without the historical residual-derived BAO bridge, without proxy-dof padding, and without phantom CPL freedom.
The 72.7 and 73.134202 values are not silently overwritten; they remain dated distributed-bridge records and are not relabeled as the live v22 distributed result.
Breakthrough Result 02 · Electromagnetism
The blind 1/137 fine-structure checkpoint
The electromagnetic chain was run under explicit anti-circularity rules: measured electromagnetic α was excluded as a solve input, the inverse-137 target was not fitted, hidden example normalizations were rejected, and double counting was disallowed.
137.03735243
Closest legitimate blind intermediate checkpoint.
+0.001353253
Approximately 0.0009875% from the withheld 137.035999177 value.
137.00222764
After the two verified coupled mixed O(α²αs) corrections.
Historical bracket: 137.00222764 < 137.035999177 < 137.03735243.
Scientific boundary: 137.03735243 is a legitimate blind checkpoint, not yet the final source-complete UTFANSWF derivation. The hardened bridge → GRIFFIN weak-angle handoff/Jacobian remains the explicit open gate.
A frozen independent-verification package preserves the runners, source evaluators, blind rules, checkpoints, provenance warnings, license terms, and file-integrity hashes. Independent verification has been requested and remains pending.
Breakthrough Result 03 · Baryon Stability · Row 28
Proton stability under the exact Z6 candidate
Γp = 0 for an isolated proton while exact Z6 is preserved.
Selection rule: ΔB = 3k; ΔB = 1 and ΔB = 2 are forbidden.
Selection rule: ΔB = 3k; ΔB = 1 and ΔB = 2 are forbidden.
Row 28 passes the declared anomaly, charge-lift, operator-selection, EWSB, 3+2 split/centralizer, and order-3 uniqueness checks. The result is conditional on the exact residual Z6; its UV-α boundary and full public-v22 instantiation remain open.
Row 28
PASS
First allowed baryon-number violation: ΔB = 3. The executable records the lowest EFT dimension as 15 under the referenced theorem.
No trinucleon lifetime is claimed because the ΔB = 3 Wilson coefficient/scale is not fixed.
Breakthrough Result 04 · Matter Scale · Row 29
Target-isolated isoQCD nucleon-mass closure
MNisoQCD = 941.223 ± 35.184 MeV.
Quantity: isospin-symmetric Nf=2+1 QCD nucleon mass, mu=md=mud, with no QED.
Quantity: isospin-symmetric Nf=2+1 QCD nucleon mass, mu=md=mud, with no QED.
Row 29 reconstructs the continuum/chiral nucleon mass from 24 CLS production ensembles across five lattice spacings. Proton and neutron masses are excluded from the forward fit, model selection, quark physical point, scale bridge, and stopping rule.
Row 29
PASS
AICc-preferred single model: 939.101 MeV.
Model-averaged forward result: 941.223 ± 35.184 MeV.
Boundary: this is an isoQCD nucleon/matter-scale result—not a derivation of the complete quark Yukawa spectrum and not a full charged-proton QCD+QED prediction.
v23 executable status
100% canonical harness PASS.
18 / 18 PASS
No executed row is FAIL, ERROR, or PENDING_DATA in the sealed candidate bundle.
14.59 seconds
Measured wall-clock benchmark for python -m harness.run_all_gates; peak memory ≈ 163.9 MiB in the recorded environment.
Internal PASS ≠ validation
The result establishes executable closure under the declared gates; independent scientific replication remains separate.
The challenge: do not accept these results because they appear on this site. Inspect the mathematics, reproduce the artifacts, identify circular inputs or hidden normalizations if they exist, and report the result whether it passes or fails.