So I am in a bit of place right now, dealing with finding the right combination of equation to yield compression and expansion. Intersection spirals, compression vs capacitance, decompression vs discharge, the derivation formulas for pi or some combination of the features.
AuT by using F-series and exponential powers of 2 (2^n) creates incredibly large chains that can account for illusory infinite compressed states while still allowing for aging, illusory randomness, even the destruction represented by fussion and fission and the changes that appear when matter and anti-matter meet, not a destruction of information, at must a consolidation.
However it is a complex analysis and there are not a lack of models to chose from, only the question of how to pick between the many observed and the results we see.
Matrix, the supersymetry of compressed states, means that different compressed states can share lower states in a way that confuses the results. as long as we look at things like entropy as a thing, instead of an aberration resulting from the underlying supersymetry, we will not see the right equations. That is why studying the universe will not explain Algorithm theory, because the universe is a series of blind leads caused by the manifestation of like results in different ways because of how shared information states change perception from a time and dimension independent environment to the rich one we have. The sheer amount of information in our universe also complicates things, giving curvature to linearity at a scale where the lines are imperceptible, hidden by the curves, just as love is often hidden by the circumstances that surround it.
Love in synonyms:
What doesn't change about our love
It isn't the situation we find ourselves
it is not the variety
of conversation, of love making
is it then the indestructible nature
that no matter what we do
it seems to grow stronger
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