Normalized Bridge Factors Dimensionality Exponent Fits CKM Matrix Probabilities

Normalized Bridge Factors Dimensionality Exponent Fits CKM Matrix Probabilities

by Stefan Geier, Haidholzen

Our exponent 5.7315 (Figure 3. below) fits the CKM matrix probabilities by 5.7315/6=0.95525 > 0.9734^2=0.9475 (https://advancedphysicsinthe21stcenturysg.blogspot.com/2026/03/hypothesis-quarks-follow-geiers.html).

Figure 3. Logarithmic residual n ln κ_α + ln κ_e. The exact real solution is the zero crossing; integer n=6 is the nearest tested integer.
(Geier Stefan et al.: Normalized Bridge Factors of the Elementary Charge e and of Sommerfeld's Alpha in Relation to Φ: Inverse-Sixth-Root, Seven-Factor Seventh-Root, and Kaluza-Klein- Calabi-Yau Cellular-Scale Compactification - A First Approximation. June 2026 DOI:
10.13140/RG.2.2.12060.04481 )

CKM matrix = Cabibbo–Kobayashi–Maskawa matrix, quark mixing matrix, or KM matrix