SOMMERFELD’s Fine Structure Constant α is Related to GEIER’s Basic Orthogonal Projector by FEYNMAN-GEIER’s ≈ 1 % Graviton Correction Providing a Link Between Gravitation and Electromagnetic Quantum Theory
SOMMERFELD’s Fine Structure Constant α is Related to GEIER’s Basic Orthogonal Projector by FEYNMAN-GEIER’s ≈ 1 % Graviton Correction Providing a Link Between Gravitation and Electromagnetic Quantum Theory by Stefan Geier Premises 1. Fine structure constant α = 0.0072974 2. Basic Orthogonal Projector: u(orth.proj.) = ½ * 2^1/2 ≈ 0.0707 ≈ 4.9%^1/9, with 4.9 amount of ordinary matter and energy in %, and 9 (+ 1) = the number of the space dimensions (string theory, M-theory, F-theory, …) (Stefan Geier, September 2023, Blogger) 3. FEYNMAN-GEIER’s uncertainty of gravitation: ≈ 1% (Stefan Geier et al., August 2021, ResearchGate) Calculation α / u(orth.proj.) = 0.0072974 / 0.707 = 0.01032 = 1.032% q.e.d. Conclusions 1. Our theory based on quantized gravitation related to PLANCK’s h, and h / π = 2hdash is consistent upon multiple reflections related to the basic concepts of contemporary physics. 2. Gravitation (by spin 2hdash gravitons) and photons are linked to the fine structure ...