As this theory became more defined, it became more predictive. When it accurately predicted the scale of black holes (the base number replaced with a fibrucci series (n-2,n-1,n) sum) I knew the theory had merit, when it solved the expansion/compression problem of the universe and explained the big bang with relative certainty, it was clear that it was an accurate enough theory to be able to reject any conflicting theories. But that doesn't mean it was clean or perfect. In a discussion of the theory I recently gave (a small speech-don't miss your chance, book early) I focused on wrong terms, things which were initially fundamental to the theory but which I was forced to rethink in light of observation or testing. So here now is part 1 of:
"Abandoned ideas in the name of AuT"
So here are some of the main ideas that were abandoned and what has taken their place
1) There is a fixed amount of information in the universe. This derived from the idea that everything happened at once in the singularity, a mistake adopted from Einsten. Instead of everything happening at once in the singularity, there is merely an algorithm which may be solved for any quantum instant, instead of a fixed amount of information, it constantly changes, increasing with the value of a single variable (x)
2) Compressed information states change at exponentially slower rates or at different rates at least. Instead, each quanum point must change at the exact same rate and some other feature (examples appear in the book, but I haven't picked the exact relative view point) provides a relative point from which compressed matter changes at a rate relative to the amout of compression or the number of lower states involved in the solution at any point (i.e. based on the difference in the number of lower states experienced in any change which is also defined in the macro universe over a length of the spiral as speed). This is time dilation's effect on AuT.
3) Closely related to part 1: Everything happened at once in the absence of time in a singularity, replaced with a changing solution to an algorithm.
4) There is a single spiral, instead there are averaged spirals which increase for each increase in the size of x each quantum moment being thereby defined having a distinct beginning and end built on top of the prior spirals and in particular the prior two states.
5) Closely related to 4: The spiral arms go from one which is fully uncompressed to one which is fully compressed. Instead, the most outward state is the least organized and the ratio of outward to inward compression at the state of total compression approaches identity, but never reaches it as x approaches infinity.
As you can see from this, many of the fundamental feature is the first volumes (The Einstein Hologram Universe and Non Linear Time Theory) had to give way in a more developed theory.
One of the big areas where growth of the theory will come is in the discussion of time dilation and the definition of what speed is and the closely related question of what changes occur in compressed states over long periods of time and how compressed states interact to give the forces and reactions that we experience on the macro level of matter.
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