Evidence shows that electrons and positrons are point sized, they have no physical dimension.
When an electron and positron fall into orbit around each other, the charge dipole of their separation would remain very apparent in the outside world until the entire energy of their separation is removed. The dipole oscillation rate must increase to instantaneous (relative to the existence rate) when the two finally come together in the same point, at which time the charge dipole length is zero. The only possible indicator that would reveal their hiding place is the very minute distortion of space caused by their presence.
Momentum increases as orbit radius decreases. The momentum gained by the time they both come together in the same point should add up to be the equivalent of their combined masses. The energy of their separation had previously existed as potential energy and has now been converted to E/M energy. Put the E/M energy back and the pair are again separated, as is observed. All energy has been accounted for in each action, so why should they also be completely removed from existence and then resurrected again?
Consider a section of deep space that is uniformly filled with these combined pairs. Not much is going to happen unless their is some anisotropy in their uniform distribution. But once that balance breaks down, the pairs would begin to collect into groups. Because the size limit for the compression of any number of pairs is zero, long before this limit is reached, there will be some interaction outside the immediate association between the components of each pair. As a group concentration further increases, so too will the interaction energy.
As the components of the pairs are increasingly separated in the condensing environment, and interaction energy is expelled as E/M radiation, the interaction distance again shortens. The radius of the group would then shrink until it either, reduces to zero size, or the remaining energy is restrained to permanently recycling within the group.
The positive and negative components that are the basis of all that exists are drawing into the realms of each other in a quest to annul their differences, while remaining the origin of their own dimensions. Where they had each existed in the stationary past is expanding spherically away (inward or outward depending on which dimension) at the speed of their progress into the opposing dimensions (the speed of light).
From the viewpoint in the positive dimension, what appears to be the moving past from one point is expanding outward through every other point origin of dimension surrounding it and is thus held back as it moves through those points. An origin of dimension is set exactly where each e- or e+ component resides.
As the group quantity increases, a stage will be reached where all radial directions are turned to point laterally around the perimeter of the group. A light wave moving outward within the body of the group, through the outer limits of the group, would be moving outward at the same rate as the past is drawn inward, and would consequently be stationary relative to the body, while still expanding at light speed in all lateral directions. The outside universe would completely disappear. The forces acting between the contained components would form a very solid and very difficult to compress shell.
The proton would be formed when a specific number of components have assembled together to finally enclose dimension, and this number should remain constant for any stage of evolution. Everything would always be exactly proportional to the rate of existence.
According to the theory, electrons and positrons are the basis of all that exists. There is nothing else. Evidence supporting this is the fact that the positive charge of a proton is exactly equal and opposite to that of an electron, NEVER a fraction of it. The only logical reason for this is that the exact e+ charge excess is generated by the only thing that is capable of generating such a charge, and that is a positron. Very simply, the number of positrons within the proton is 1 more than the number of electrons.
If a proton happens to carry a negative charge, the charge on that proton will be exactly the same as an electron charge.
When the positron excess is ejected from within a proton, the interaction distances between the remaining charges can shrink to point size because the instability generated by the positive charge excess which was endlessly cycling throughout the group has been removed. Every charged particle now has a counterpart with which it can interact in the same point. But the interaction energy remains trapped within the enclosed boundary and will continue to cycle throughout the group, maintaining some separation between the components of each pair. The neutron radius may not be zero, but it will be vastly less than that of a proton.
The event horizon of a proton or neutron black hole is necessarily generated on the outermost edge of what is to be the enclosed matter. Beyond the matter, there is nothing to further influence dimension. E/M radiation alone cannot bend space-time because it's nothing more than a recorded message of past events left in the stationary past that can be played back only when matter in the present moves through the recording, or parts thereof.
If all of the matter components inside a proton are distributed throughout the narrow shell width only, the gravity force between two protons will very rapidly increase approaching shell to shell contact. Strong nuclear forces could then be gravitational forces which increase disproportionately to the proton radius.
Which of course has nothing to do with the strong nuclear force at all. But the contained matter within a proton-neutron, or any black hole, would most likely reside close to the event horizon. Anything in motion near the center follows a reasonably straight trajectory which is pointing toward the horizon, where it's turned to point parallel with the horizon. All motion will eventually be likewise oriented.
A light beam traveling at a tangent to a massive object follows the curved path exactly, while an electron or anything that has mass shifts toward the massive object by only half the amount, if it could travel at light speed that is. An electron traveling at .5c or .707c (I'm not sure which) would follow the same geodesic as the light beam, but the shift rate is still halved.
Clearly, matter does not freely shift course to follow curved geodesics. A force is required to shift it off what is a straight line trajectory according to the frame of the universe, and that should apply even in a black hole, or at least in its general internal frame. The consequences of space-time distortion are no different in a black hole. So the turning rate, and force, increases approaching the event horizon and reduces on the way in. The force advantage is geared very much toward turning every trajectory to point parallel with the event horizon.
In a fusion environment the event horizons of a proton and neutron could be forced together so that the contents of each begin to interact via E/M radiation transfer across the horizons. But that doesn't seem to be enough to account for the strong nuclear force. The neutron could in fact be forced into the event horizon of a proton while still remaining entirely within its own enclosed dimension and be invisible to the proton contents. And if a neutron could be forced into the event horizons of two protons with each proton horizon entangled into the other around the common neutron, the force required to pull that connection apart would increase until the bond is broken.
That's more akin to the strong nuclear force.
And there seems to be no other valid explanation.