Proton Decay , Lifetime = ∞

This previous post on proton decay may have inadvertently  both provided a new derivation for the proton radius puzzle and simultaneously proving the proton is infinitely (∞) stable:

1. First, assume the proton is infinitely (∞) stable, which implies the time derivative of the mass of the proton is zero (0).
2. B, assume the proton's radius is infinitely (∞) stable, and also set its time derivative to zero (0).

Proton Storm (stretch analogy)

Simply assume the time derivative rate of change of the mass & radius is 0, no changing, thus stable. This simple assumption then gives the form of the solution to the proton radius puzzle as shown in the full derivation originally done June 11, 2015.

∂(MPRP)∂t=RP∂MP+MP∂RP∂t=0

RP∂MP+MP∂RP∂t=0

RP∂MP=−MP∂RP

∂MPMP=−∂RPRP

ln(MP)=−ln(RP)+C

−ln(RP)=ln(1RP)

ln(MP)=ln(1RP)+C

MP=eCRP

MPRP=K[1]

[1] This alone is notable - the form of the solution is the same as the actual proton radius puzzle solution equation. 

https://en.wikipedia.org/wiki/Proton_decay

The Surfer, OM-IV

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