The proton and electron are Dirac particles in the sense that they both possess a

Compton radius and they both obey the Dirac equation, but the positive and negative charge of the proton and electron make their characteristics radically different.

are the

Compton radius and mass of the electron and Planck particles respectively.

are the mass and

Compton radius of the individual Planck particles and G is Newton's gravitational constant.

It is noted in passing that the force in (24) vanishes at the electron's

Compton radius [r.

defining coupling forces that vanish at the

Compton radius ([r.

which are a manifestation of the fact that the proton possesses a

Compton radius [r.

on the PV continuum, where the proton

Compton radius [r.

These two particles are referred to here as Dirac particles because they are stable, possess a

Compton radius, [r.

shows that it, and those equations like (6) that follow from it, owe their existence to the PV as implied by the presence of the Planck-particle

Compton radius [r.

The radius r at which (2) and (3) vanish is the particle or antiparticle

Compton radius [r.

The equality of the two forces at the electron

Compton radius [r.

The two forces on the right side of (7) are equal at the

Compton radius ([r.