Appendix AU - Collapse Ratios

# Appendix AU — Collapse Ratios

v 1.1 · 2025-07-12 · supersedes v 1.0 (2025-06-10)

Idea. Once the quartet α β γ λ is locked, many wildly different
observables collapse onto dimension-less numbers ≈ 1.
A single large deviation would falsify PBG.

All raw formulas are boxed in Foundational Derivations;
strong-sector and gauge data come from


Family A — Electromagnetic fingerprints (stable)

Observable O Pivot Ratio O/αPBG Status
Bohr speed v0/c αfs 0.9998
Fine-split energy 16ΔEfs/ERyd SM QED 1.003
(ge2)/(αfs/π) CODATA-23 0.9994

Family B — Strong / nuclear sector (provisional)

Indicator Definition Value Δ from 1
Proton collapse (mp/me)/(2πka0) 0.97 −3 %
Neutron β-index (τn/τn,fit)(GFmp2)1/2 1.03 +3 %
Δ–N splitting (MΔMN)/(kc) 0.92 −8 %

Matches within ≤ 8 % after λ bag re-minimisation; two-loop shell expected to tighten.


Family C — Electroweak / radiative (provisional)

Indicator Definition Value Δ from 1
Anomaly ratio (gμ2)/(ge2) / 504 0.996 −0.4 %
Fermi anchoring GFPBGα/β 1.01 +1 %
Weak-mass split (MW/MZ)γ/β 0.96 −4 %

Two-loop world-sheet + SU(2) renormalisation should reduce these spreads to < 1 %.


Family D — Cosmic / Yukawa length (stable)

Observable Ratio O/L with L=k1 Status
Hubble radius c/H0 1.00 ± 0.03
3/Λ 0.98

Legend


Road map

Next action Targets
Two-loop shell & spin-torsion Family B Δ–N and β-index
Two-loop world-sheet Family C anomaly ratio
Non-Abelian anomaly (SU 2) Family C Fermi anchoring & weak-split

A single ratio drifting beyond ±10 % after final corrections will flag an inconsistency alert for the entire framework.


Appendix BA · Appendix BB · Appendix BC