"No Higgs Boson Required?", puzzles Bozon T. Clown.

This is PROOF to the solution of the proton radius puzzle.

Also proof of Dan Winter's Phase-Conjugate work: MpRp=4LM=MeRe

Represents a conjugate pair using Maxwell's Equations with EFE, etc.

This is the complete solution for both the proton and the electron using Schrödinger's wave equation.

Bozo says: "Send in The Duck! I want to talk to The Duck!!!"

$MpRp=4LM=ReMe$ clearly defines the mass relationships between the electron and the proton in terms of fundamental units, formulations, constants, and measured constants, all consistent with mainstream work.

**Three Magic Ratios**

From this relationship come $\mu$, the proton to electron mass ratio:$$\mu={m_p\over m_e}={\alpha^2\over\pi r_pR_H}=1836.15267$$

& Planck Mass to Electron Mass Ratio:

$$\nu_1={m_{\ell}\over m_e}={r_e\over 4\ell}={{\alpha^2\over 4\pi\ell R_H}}=2.3893048e+22$$

& Planck Mass to Proton Mass Ratio:

$$\varphi={m_{\ell}\over m_p}={r_p\over 4\ell}=1.30125608e+19$$

Plus

(1)

Unity

*You see,*

*It's a mathematical tautology.*

Bazinga! ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~> Where's The Duck?>{

Analytical equations for these relationships have been looked for for a long time. Using Haramein's work, these simple equations result, or if one guesses the relationships, Haramein's equations result.

$\alpha=$ fine-structure constant

$\ell=$ Planck $\ell$ength

$r_e={\alpha^2\over\pi R_{\infty}}$

$r_p=$ proton radius, 2010 & 2013 muonic hydrogen proton radius

$R_H, R_{\infty}$ is Rydberg constant

$\pi\;is$ good.

QED.

(gravito-magnetics spawns from this work, this first ToE)

(clue:

What you do is simultaneously solve Schrodinger's equation for the proton and electron, take the proton/electron mass ratio and then all you need is the Planck/electron mass ratio or the Planck/proton mass ratio, and that's what Nassim Haramein produced, the proton radius. It was a key thing needed to complete the 3 magic numbers. (and the Rydberg equation for the electron, and Nassim's equation for the proton radius so I could determine Re with Lyz's proposal on the electron and one needs to know what to use for V(r) ;-) )

)

The next logical step:

**The Surfer, OM-IV**

*©2015*

*Mark Eric Rohrbaugh & Lyz Starwalker*

*© 2015*