20. Narrative for Book 7 - Graph of General Form of Transcendental Function Alpha

 

23 September 2017 AD; Feast of St Pio and St Linus

 

Andrew Yanthar-Wasilik

 

This chapter describes four Fundamental Coupling Constants:

 

 ⧫ Electromagnetic force coupling constant, alpha_{Electromagnetic}  α_E

 

⧫ Weak force coupling constants, alpha_Weak  α_W

 

⧫ Strong nuclear for force coupling constant, alpha_Strong  α_S

 

⧫ Gravity force coupling constant, alpha_Gravity   α_G

 

The electromagnetic, weak, and strong coupling constants are calculated from integers; I mean, the real or complex values (y-axis) for a Constant C_x are computed from integers on the x-axis.

 

Gravity is a different story - it is determined from a fraction; x equals some real number, not an integer.

Switching to Quantum Mechanics, there are also neutrino mixing angles (oscillations), all three of them described by integers as x. It is the same story with the Weinberg Angle of electroweak interaction - this parameter is also an integer.

 

However, quarks do not follow the rule. Instead, similar to gravity, they will be fractions substituted for x to get mixing angles. After I am finished with deriving quarks mixing angles and their relation to gravity, I will present these in a separate Book.

 

Neutrino mixing angles (oscillations) and quark mixing angles are just probabilities of a change from one neutrino to the other (there are three of them), and the same for quarks.

 

More about it is in Book 7.

 

Andrew Yanthar-Wasilik

 

Here are some references for that topic^(1)(2)(3)

 

(1)Neutrino oscillation

(2)Darrel Smith, Embry-Riddle University

⁽³⁾H. Ray, Los Alamos National Laboratory