Proton 938 MeV from Gravity

The energy of a proton is 938 MeV, according to Old Science.
E = 938MeV
The momentum of a proton is V / tau
L = V / tau = proton volume / 5.1ns
Take the ratio of E / L to get a velocity.
v = c / 187
That is close to alpha, the fine structure constant. 1 / 137
A theory is proposed for the interior of a proton to have a permittivity and a permeability. That will slow down light speed by a factor of 187, if needed. It is proposed that the relative permeability is 3.1 and the relative permittivity is 3.1.

The Universal Constant is true for many planets:
tau = MV / (2 pi m g R2 * second)
M = planet mass
V = proton volume
m = proton mass
g = acceleration for gravity at R
R = radius from center of planet to where g is known


December 26, 2015

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October 31, 2016

The electron velocity v can be calculated from this unification theory :

v = E/p  = energy / momentum

E = 938 MeV for proton, electrons share proton wave function velocity

p = zAk / GtN = momentum inside proton * k/G

p = 4.9 (4 pi 6378000^2) 9*10^9 / (6.67*10^-11 *  3.569*10^51 baryons)
where t is 1 second, z is 4.9 meters, A is area of Earth, k is Coulomb's constant, G is Newtons
constant, N is number of baryons in Earth

v = E / p = 1.6*10^-19 * 9.38*10^8 / ( 4.9 (4 pi 6378000^2) 9*10^9 / (6.67*10^-11 *  3.569*10^51))

mantissa

v = 1.6*9.38*6.67*3.569 / 4.9*4*pi*(6378000^2)*9 = 1.586*10^-14

exponents

v = 10^(-19+8-11+51-9) = 10^20

v = 1.586*10^6 meter / second

c/v = 299/1.586 = 188

v = c / 188

The electron velocity is 188 times slower than the speed of reality, c.

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