Happy New Year!
As the New Year rapidly approaches, by the time this is posted it will have arrived for many of you, this post on time is particularly appropriate.
This post covers with a little more specificity how time and velocity interact by showing how the building of history successively is affected by ct1 exchange. It shows also how the breakdown and reshuffling of history in a net entropic environment gives rise to a breakdown in internal sharing leading to the phenomena we call aging which is, of course, just a reflection of greater disorder relative to any prior ct state generally although in localized settings the order may increase.
Drawings showing this process will follow.
Here's a discussion of the drawings:
The first figure shows ct4 as a box. Exchange of ct1 translates into velocity and as this velocity increases, the surrounding ct3 and ct2 states begin to thin, the ct4 more and more directly exchanging for ct1.
The second shows two ct4 boxes, ct4a and ct4b with a ct3 between them and ct1s on either side. This shows ct3 exchange between ct4 with multiple intervening ct1 exchanges. AS the velocity increases towards the speed of light (sol)ct3exchange is put off and ct4 has to be exposed to more ct3 states to the ct1 exchange. The same is true of the ct3 to ct2.
The third drawing shows internal (to the ct4) ct3 exchange although internal ct1 exchanges still intervene.
Above this is a ct3 leaving amid ct2 and ct1 and then breaking down to ct2 and then exchanging with ct1 showing how as more area is exposed, the ct4 begins to break down to allow the amount of ct1 exchange required.
Overall these drawing and this discussion shows internal movement of intermediary states (electron movement within an atom being the most pronounced) while allowing the structure to be maintained.
The standard model for exchange (1/(1-(v^2/c^2)) is entirely consistent. The idea that c is a fixed number means that quantum change is presumed to exist lest a quantum change in velocity would be impossible (aka Parminedes/Zeno). The substitution according to the preferred model is based on one ct1 state in ct2 changing state (from positive to negative compression for example) and an outside ct1 in space of the prior state taking its place creating a light speed effect. Presumably, any faster substitution would break the photon into space.
Since entropy is merely a reflection of underlying symmetry, to talk about aging or entropy as moving towards a state of disorder is inaccurate. We age and in our self centered way, we presume the universe is aging, when it is merely moving in a highly formulaec fashion towards greater compression and higher information although the compression level changes depending on the fpluspix states on average.
The movement of lower ct states (ct3 in this example) between (as opposed to within) a higher ct states (ct4 in this example) involves ct1 exchange. The amount of this ct1 exchange affects the "time" represented by the higher exchange, the internal movement (e.g. orbiting electrons), the vibration and the velocity. The more ct1 between the exchange of ct3, the slower the aging, the longer the appearance and the greater the apparent speed. Velocity externally (as opposed to internal velocity-within the shell of the ct4) prevents the ct3 from reattaching and becoming part of a new memory which slows the process of aging and time which are functions of the recombination. The more ct1 interferes with the recombination, the more the vibrational or lateral speed and the slower the history is built over quantum moments.
another way of looking at this is taht around each quantum ct4 state exists a cloud of ct3, 2 and 1 states, around ct3, ct2 and c1 and around ct5 a cloud of ct4 states with the lower states following. around ct2 is only ct1 so there is one ct1 state exchanged constantly for ct2, but other exchanges occur for the other ct states before ct1 exchanges slowing down the process unless the higher states are broken down.
There are drawings that help with this understanding, but I don't have those except as sketches, but they will come in book5 if not sooner.
The bottom line is that the histories built from recombined higher ct states are viewed as time by us. The dimension of time is absent since the recombination is not along an axis, but is instead regulated by compression/decompression states acting on f-series information arms.
History being a series of successive solutions, it can be reversed locally, but it cannot be reversed globally without changing the overall information matrix of the universe, effectively changing x for the entire universe.
Happy New Year.
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