They must be caused by phase exchanging through these massive quarks. An aligned phase simply exchanges out with the nulls on the path through. They discover their neighbors inside the null and do the swirl, no doubt; known as inertia. Packed nulls are highly quantized and make large barriers to motion. They are packed, mostly by their own wave at short distances.
My numbers still like like a 100 gets us near to the edge of gravity. So, I wonder, is that the nearly largest quantizeable volume? Einstein would say so, he'd call it G.
How quantized is kinetic energy on the nuclear scale? It has to be a multiple of the quark packed null, quantized. The stable wave has to be motionless with respect to the quark nulls, so the ratio must be the next one up? Then where is charge? Dunno yet.
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