Randomized trial demonstrates a geometric unification of fundamental interactions, suggesting new insights into physics.
Key Points
This research aims to derive the fine-structure constant from the Ontopole field model and unify fundamental interactions through geometric parameters.
Derivation of the fine-structure constant through vortex dynamics in a 12-dimensional field model.
Validation against six independent physical constants with systematic deviations measured.
Calculation of the effective number of vortex windings and identification of the field existence boundary.
At n = 22, calculated α⁻¹ = 137.034, deviating from the CODATA value by 0.0017%.
The strong interaction is sustained at n ≈ 0.350, confirming its relation to field dynamics.
Prime number 137 matches the spectral orbit for electromagnetic interactions.