Looking at our old friend above, you can take the longest dual spirals which are the ct1 state. As long as the ct4 state (in this case the spiral coming directly off the ct1 state changes so that it moves with the ct1 state it is aging as quickly as the ct 1 state. For this common movement to exist, it requires that there be sum(n=2-4)f(series)*2^n d(F) information states concurring with a single ct1 information state to be a stable matter particle (of minimum size) or sum(n-2-5) for ct5 black hole material to remain stable and have a common time.
No one time strand can carry that many ct states so time is slowed down vastly for every ct4 state in motion, but acceleration is nothing more than varying (with others or between two) ct1 state changes on different angles presumably from one another according to evolving pi(s) and therefore on slightly different planes. Velocity is nothing more than the change from a single ct1 association to multiple ct1 states for a single quantum of ct4 states.
This transition that slows standard clock time and accelerates (of necessity) the movement of the matter will be shown in the next post which requires another drawing so stay tuned.
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