NLT the next step Part 39 HIGH CONCENTRATION SPIN STATES-PROTONS & ELECTRONS 1: draft

Before proving that Clock time negatives are forces and that forces are the true dimensional characteristics of clock time I suppose I should continue with the discussion of high concentration spin states of protons and electrons.
The reason is NOT that we have to have a firm foundation before pulling the rug out from underneath it and we don't have to show that behind the mirror there is more than a wizard pulling levers.  The background for the proof has already been given.
Even so, it doesn't make too much sense to just skip ahead and the possibility of confusing everything is too great if I jump around more than is done.
I do plan on taking a break to describe a hell that is much worse than that imagined by Dante, but that will have to wait, at least a little while.  Non Linear time theory, like life, has its definition of hell, I have been given all too much of a preview, and possibly that of heaven.

HIGH CONCENTRATION SPIN STATES-PROTONS & ELECTRONS 1: We have arrived at observable combination states at spin as compared to the much lower concentration states of CT1-CT3. Angular momentum is a function of gravity and is, in theory, present in all forms of NLT (perceived space, energy and matter).

While rotations about a universal axis is predicted by gravitational features, rotation around a force driven axis (FDA) is only seen in CT4 concentrations and states.  However, the size of the axis can vary and the explanation has to cover different forms of matter, and NLT allows for that; although that is a part of the discussion of the proof of clock time negatives giving rise to force. 

In High Concentration states (matter) we have charge (a force state of clock time) and particles (a dimensional state). There is conservation of dimensional coordinate change in NLT and this conservation extends over the various forms of clock time.

An electron has relatively large coordinate change about the axis while the proton has relatively slow coordinate change.  As expected, in this exchange you see higher concentrations of clock time coordinated change with the proton.  And the factor of concentration, both surprisingly and non surprisingly is (mass/length).

e=9x10^-31 kg//5.6x10^-15m (this length is based on the size necessary to carry charge and not based on observation)

p=1.7x10^-27kg (and the same, of course) to this scale/decimal point for a neutron)/2x10-14m Note that there is some "disagreement" or "variation" at these scales in measurements due to relativistic factors and 10^-15/10^14 size is as likely; non linear time theory allows that diameter is a fiction and fluctuates depending on the rate of change of coordinates.  It might be said that traditional physics is baffled by the change in diameter on these scales; but one set of explanations is the equivalent of the other.  Here there is roughly a 10^5 difference in mass (e to P or N); i.e. there is no clock time shifting but there is a transition in charge as well as the rate of coordinate change.
If you refer to earlier disclosures, you'll note that charge is a force characteristic tied to dimensional characters of time, just as gravity is the tendency of time to go non-linear.  This is similar but not identical to the concept that the electron "carries" the charge and is more like the idea of a boson or charged quark carrying the force; i.e. it is a different tool for viewing the same thing.

In terms of length, there is less of a difference; perhaps a factor of 10; perhaps nothing. Difference in length is a dimensional characteristic which is a fiction in NLT, but an important fiction but is a trade off (in NLT) between coordinate change and compression, a concept previously discussed but the application of which will have to wait.