Atomic movement

I swam 2000 yards tonight after the longer, more aggressive workouts.
Considering it was a post-weight day, I suppose it was enough.
In truth I had no desire to do anything, curl up in a ball and die type of feeling.
But if you don't drink, you have to do something so the plan was to jump in, try to swim 1000 yards (which is truly nothing once you get in the water) and failing that maybe to use the no-parking spaces to say at least I tried.  Well, there were two parking spaces so what was I to do?
After the 1,000 yards, the idea was at least one with a goal of 3 im(s) but after 3 came 4 and despite feeling the cold claws of death at my heart, after 4, 5 and the 2000 yards which is a full work out and more than enough.
Now I am tight, unhappy, needing to stretch although I probably will not and surprising well fed since there were a lot of rotting, but not rotten vegetables and a couple of eggs which turned into a delicious omelet, could have served it in any restaurant in the world if the customers weren't allowed to see the veggies before they were cooked and I'm pretty satisfied if it doesn't kill me.  I also have a miniature apple which is more like a cherry tomato than a real apple, but you swim 2000 yards and despite most everything else you have an appetite.
Things did not go well today, more left undone than done, but I'm going to get busy working on the press release, updating it, cutting it back and getting ready for book 7, maybe even listen to another lecture.

The truth is that so far, AuT is only getting stronger, the relationship between orbits and balanced state changes really came up almost by itself, another incredibly strong indicator I'm right.
There is a longer section on this in the book, but it is worth considering.


Book 7 comes away as the higher state view, at least atomic view, although its target is as the anti-higgs boson book
Like most pre AuT physics we tend to overthink our importance as the most refined model when the show is largely driven by the underlying algorithm first and the other states second.
The amount of ct1 between other states drives their stability and the shift in the ct1 one states is the source of all force.
Indeed orbits appear to arrise from ct3 sharing between ct4 transitional  states and the process exchanges so much embeded ct1 with the ct1 surrounding the atom that the position of the otherwise "still" electron is excited to the observed speeds as the amount of ct1 around it constantly shifts.
We tend to look at the higher states as gobbling up these (see stephen king's longaliers) when in fact the ct1 is shifting things around as solutions transition.
The transitions, stepwise of necessity given the underlying quantum of things both reflects and provide a model for the underlying changes showing the gradual drop in space between states, but in discreet amounts.