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.

The protons are held in an iron nucleus by gravity curved around the nucleons. That makes the nth time derivative take effect .

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