Size matters

So, the next undertaking is the video series:

1) Space as a precursor to Matter

2) The universe may be represented by a string

3) The difference between change and time

4) The origin of Force

5) Mysteries of the universe explained with this theory; the big bang to wave particle duality

The script is being developed within book 3, second edition

Size matters and it remains possible that we may be only part of a much larger universe.  While we have no more than ct6 or maybe, but unlikely ct7, potentially visible in our universe, probably a single six in the center, our universe might be one of many linked by the common ct6 core dimensional states that we cannot perceive except by the gravitational pull which nets our regionally in the universe as shown by logic and the spread of "dark matter" which in AuT is the net plus verse minus of the spatial material involved in various regional areas of the universe.  It remains possible that there are hundreds of ct states from which we are so far removed dimensionally that we cannot see them.

          Each of the elements shown in the String View above are discussed in more detail below, but what the amount to is the effective “folding” of the line in terms of how it is perceived.  There is no dimension to this line, it is only a set of solutions to a relatively simple algorithm given in order.

          The line incrementally gets bigger and it compresses and decompresses continually.  It defies a single drawing for this reason, but in a series of drawings some concept of the operation of this line is possible and conceptually as a living breathing thing it can be described.

          The effect of compression is the bending of results, so they can occur together, but decompression has the opposite effect.  Just to give some idea of the effect, a couple of drawings show what folding looks like.  The left drawing shows pulling constantly going on between different levels of compression even within the matrix of other forms of compression.  The drawing on the right shows the steady form of compression, although only in concept showing how dimensional aspects are built allowing different results to be paired together.  Actual bending and dimension are illusion created by this underlying process.

Figure 3 pull and stacking

          Limitations on size prevent a detailed view of compression, book 1 contains a drawing showing how quickly that view gets crowded but understanding that each state of compression results in a 1:2f(n)^2^n compression of the prior state (decompression working the same way in the opposite direction) allows some conceptual drawings to be made below.  It appears, particularly at the higher compression states, that internal dimensional sharing allows for these to survive large amounts of internal decompression at a low level although when these grow large enough, fusion and fission type results occur.