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 constant α, to the percentage of ordinary matter, and energy, to the basic unit orthogonal projector, and to at least nine dimensional cosmological theories (e.g. string theories).


Critique is welcome!
Yours Stefan Geier, Haidholzen

Photo: A Genesa Crystal in the ancient Town Hall of Citadella, Veneto, Italy (see https://humanistischebetrachtungen1.blogspot.com/2023/09/conjoint-orthogonal-projections-of-9.html)

Please, compare with: https://humanistischebetrachtungen1.blogspot.com/2023/11/the-quantum-nature-of-gravitation-is.html