The real size of electrons in AuT

The first and roughest edition of book 8 is now in the can as they say.
I now want to say, more or less unequivocally, that there will be no more more books, just updated editions although at the bottom of this post there are some other online course links that might result in something.

I do believe that I have arrived at a place where I'm near the end of my resources to do more than clean up and edit things, but then the insights from this course were a surprise.

Book 8 is a continuation of the Higgs Course review, but it is named (subtitled) Time as electron movement and while this was broadly and conceptually covered even in the early books and with some specificity in books 5 and 6, it was not fully developed conceptually except while book 7 and 8 were written and it provides insights far in advance of just that narrow concept that allows us to know what the time is that we experience differently, even shedding some light on what the change is that we experience together.

I was, to some cheers and more jeers, able to present my theory to an advanced group for the first time and for that I am thankful, if exhausted now at the end of this thing.

Here is an excerpt from book 8, not a particularly important one perhaps, but something to carry on the concepts:
When it is available, probably tomorrow, in some form of print, I will post a notice.

Size matters:

          Mass is what 3d and higher states experience.           Lower states which are 1 (photon) or 2(wave) dimensional when viewed from 3d appear to not have what we call mass.  I'd suggest the two-dimensional movement given to the photon (which only has one of its own) is perspective.

          AuT strives to ignore the witchcraft of modern quantum mechanics. It must, however, address the solidity of the electron/proton pairing and the consistency of the beta force of the weak force in some manner.  The math appears in earlier books, but this is an attempt in time to set out some parameters.

          One of the primary problems with the electron proton pair is the measurements.  If the electron is one information arm, the proton 15 and the neutron all 16, then the mystery of AuT is what happened to the other 14 transitional states.

          While electrons do not appear big enough to be an entire arm, the probabilities indicate they are larger in terms of probability than their fixed size, that is they might consist of so many transitional states relative to the full electron state that what we call the electron cloud is merely the grouping of the transitional states that make up the electron.  It is possible that the electron is more than a single electron once the entire cloud of transitional states are included.

It could be that the difference between a  proton and anti proton is only one change from positive or negative, or it could be something much more complex.

Here are two courses other than Futurelearn
Coursera and edX look interesting.