Another look at time dilation

In the last post it was mentioned that both velocity and gravity compressed the electron bundle "slowing" time.
In this video an explanation of how that occurs is being put forward and, yes, it involves ct1 exchange.
it also involves place.
Before we get to the explanation, lets talk about scales and such.
The minimum current speed (calculated in books 8 and 2) is around 790,000 mph (I think) reflecting galactic circulation.  Certainly there are other speeds involved, circulation around a universe core and potentially multiple ct6 circulation centers around ct7, etc beyond the scope of our observational limits, but this is a good number to start with.
The next number is 10^42 which is the number of ct1-ct2 changes per second giving an apparent linearity to time that hides supersymmetry from us, well from you or some of us, whatever.  Certainly there are physicists who stop reading this blog.
Then there is the "averaging" of expansion to contraction  that allows us to have stable orbits and such, that is while there is a net expansion of the universe, there is simultaneous compression in approximate amounts.
The reason this is important is because all this activity smooths out the view on a gross level.  On a small level we see the transitions, but on a gross level we do not, everything seems to move in a stately fashion, if pretty fast by our sandards.
The final thing to look atbefore getting to the details is place.
If we look at 2222 and we convert it to 1222 and 1000 that is the equivalent of breaking a rock in half.  If on the other hand we take 2222 and convert it to2221 and1 it is the equivalent of throwing the rock, albeit not much of a throw.  The idea is that place being exponentially larger using fseries compression, we can drain from the ones and tens place and get velocity.
So what does this tell us about this compressing time dilation thing?
The "trapped" ct1 (and higher) states are wound up over thousands if not trillions of big bangs and knotted in the spiralling balls of stuff so that when they begin to decompress the come out dragging the knots with them.  These knots are fibonnaci compression knots so pulling them apart yields these beautiful spiral galaxies, the exact amount of spiraling being offset by localized recompression and even net compression locally.  The idea is that at the ct2-ct1 level as these knots are pulled apart, the amount of ct1 states decrease effectively compressing the higher ct state knot.  We see this as creating a knot like when you get a tangle in a shoe string and pull the wrong string, its the same process although in AuT the pulling is coming from inside as the ct1 states exit the knot.
This same ct1 compression occurs in high gravity, again the ct1 states are vacating, yielding a more compressed state whether electron-proton pairs going to neutrons or  a star collapsing to a neutron star or black hole.  Why, however, is the time reflected by passing the information from quantum moment to quantum moment slowed by these two related processes?
It appears that the slowing is because the amount of movement from one quantum state to the next is reduced by reducing the ct1 states which allow them to move.  It is like if you slow a movie, eventually you would see one frame at a time, this is the exact same process.  There is less change from one quantum universe state to the next.
Again. AuT suggests a solution to a problem that is logical and provides a frame of reference type solution that can be reconciled with the less precise observations of Lorentz and Einstein.

And in the words of JimCarey, "can you feel it?"