Appendix I - The Math to Nowhere

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Appendix I – The Math to Nowhere

The playing with numbers is the part of the quantum unified theory that is the toughest. When checking such things as the dynamics of the coulomb effect and the relations of such particles as the proton and the electron there are a couple of constant discrepancies, for example:

 When checking such things as the dynamics of the coulomb effect and the relations of such particles as the proton and the electron there are a couple of constant discrepancies, for example:

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After some work you may note that:

After some work you may note that:

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But, why stop there?

Einstein's derivation for the curvature of light around a massive object...

Einstein's derivation for the curvature of light around a massive object

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Although one must see dilation approaching that of the Schwarzschild metric, as it would take extreme dilation to fit one kilogram of material into a Schwarzschild radius. Yet, it could be feasible to stay with Einstein on the curvature of light around a massive object; where, the maximum angle of curvature is pi/2+pi/2=pi radions.

Plank's reduced constant

Plank's constant

gravitational constant

speed of light

speed of gravity Schwarzschild radius

Plank length

Plank momentum

mass electron

mass proton

radius electron

radius proton

1/12th mass of carbon 12 atom

ground state Bohr radius of proton/electron

mass equivalent of proton/electron bond

Coulomb's constant

elemental charge

Plank charge

fine structure constant

Hubble frequency

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