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Friday, November 24, 2017

AuT-The corrected Time Part 4

And so we reach the last post on time.  There is more in the books, but actually not much.
This post, this time conceputalization, is the geius of AuT.  alone as much as anything else written, it is a logical proof.  It proves that it is correct, if not a proof it renders time easily identified, categorized, defined in a way that is inherently logical.  We don't have our own x (we all share the same one and use it at the same pace) but we do have our own time, our own rate of change and our own change within a gross framework our own history which repeats itself just as on another planet were we to arrive at one, it would have its own history which would repeat itself and against which we'd be an aberration.
These isolated pockets of repetition (worlds) would be mirrored by the big bang which repeats itself, but with the variation inherent in the offset intersecting spiral model which arises from the offset expanding and compressing infinite series which underly the observation and gives rise to its inflection points.
A damn near complete theory of supersymmetry that screams with each new insight, I am here, yield to me.
Or don't.
It's appropriate I should be coughing up blood while I type this.  Whether I recover or not, it will be some...Time...before science comes back to me.  How will they push me to the side to give the kudos to someone who has more degrees?  Will it be based on a more complex or more simple mathematical formula?  Will it be because my work, though published, is too obscure, too hard to find in the annals of science (Yes, I remember seeing something like your work Professor Copyorstealhistuff, but I'm sure it was different from what you are showing us now)?  Or perhaps because there are errors in my work, sans grant, sans recognition, available only to a few.  It doesn't matter obscurity, intentional or accidental is still obscurity.  My body will turn to bones in the desert whether or not I am right.
These books are only the first half of the original work, spirals in amber 2nd  which is only half of the book before rewritten.  Thankfully, the broad concepts are clear, at last, however.  There will be more to write, but there is enough here.
All 4 books are done and in their second editions to the extent necessary.   Book 4 is edited extensively in the first 50 or 60 pages, sporadically, but hopefully adequately thereafter.  Book 2 contains the grant paperwork but not the time discussion (what you're finishing here today) which was only done in the second edition of book 4.  Books 1 and 3 are a little more amorphous, book 1 being the language and book 3 having a questionable importance.  When I pick it up to read it again, perhaps those books will achieve some importance far above what I excpect from it, just as book 4 became the book of  time.  Until then I assume that book 3 is less even than book 1; but I was wrong about book 4 which to some extent is the most important of all.
But this post, embodying as it does the most important parts of those first edited pages of book 4 is staggering, defining time and why we each have our own time and how those are tied together gallactically and universally,  at least in an inherent sense.
There are only a few of you who will get it, how immensely important this is.  I pity you, just as I pity myself.  How grand I hoped it would all be when I set out.  Of course, I did not expect to figure out everything, that was a gift from the universe, or a curse perhaps.  Born of pain it is not surprising it should be such a painful gift to unwrap.
I don't know how much time I have left.  I am certain that it is not enough to get the recognition for what has been done.  Perhaps that is the answer, science will say, "Pooh-pah, it is a cute exercise, now leave us to our reflected theories which are such nonsense in the face of AuT.  We will come back to you when you are forgotten."
But AuT remains so inherently logical it will drag some of your back into its nightmare of supersymmetry, where the crown of creation you wear is shown to be a crown of thorns.
Read on, weep if you understand it, for you and for me. 

TIME
          The lowest order ct states change together each time that x increases.  Since they all change together, there is no separate time for each change.  For this reason, supersymmetry time is different from clock time.  Using the adding machine analogy, all the numbers are punched in and x is pulling the handle to add them up in inter-related expanding or contracting series.
          For example, the transition from ct0 to ct1 reflects not the ratio between the two, but instead the lifespan given to the positive or negative value of each ct1 based on the constituent ct0 states.
          Example 2, in ct3, 2x3^(2^3) ct2 states change for every ct3 state.  The scale equation e=mc^2 reflect the ratio for ct3 to ct4 state changes. 
          CT4 states can age because substitution within the dense matrix of ct3 states can occur at a relatively high rate compared to replacement of ct1 states from the cloud of ct1 states surrounding the ct4 matrix, although geometry limits this effect.
          In subsequently higher states, with exponentially higher compression, substitution occurs more often so aging occurs faster until the higher ct states break down.  For example, in black holes aging is faster than in ct4 states exponentially at the same velocity.
          Time, it can be seen, is what we call “aging” and not the underlying counter which clicks the universe forward.  Aging only occurs at higher ct states where the exchange of ct1 states is relatively slower due to the alternative sharing of higher ct states.  This shared information exchange is described in terms of exchange along information arms which are a function of 2^n.
          Information exchange (ct state exchange) outside of the matrix, off (or not between) the information arms, is velocity.  Substitution begins with the substitution of 1 ct0 information or ct state within 1 ct1 state.  But this is not true velocity, which only occurs when ct1, space, substitutes for ct1 states within ct2, photons, so that the first substitution is not an effect of distance.  While not related to distance, this first exchange is important because it provides the pre-velocity (pre-dimensional) effects of carrier state and solution order.  These effects give rise to gravity and anti-gravity (dark energy).
          At the point where the transition moves from solution order to velocity, substitution occurs along with compression.  The idea is that every point changes at a different rate relative to positive or negative solution state even though all points change at the same absolute rate at the ct0 level.
          Hence you have different clocks, one is the absolute clock of ct0, one change for each change in x for every point in a ct0 state and the second clock is the clock from positive to negative which varies according to the formula [-1^x plus 2x(-1)^x-1]; and the third is standard clock time which is the net value of higher state exchange to ct1 exchange within a higher ct state.
          The absolute clock (x) is a quantum number change which increases sequentially to power the universe.  The second is the “arrow of time” which is two directional, because of the effects of entropy vs history and velocity vs aging.  The third, the relative exchanges of velocity vs aging as defined herein is standard clock time which is an effect like force and not truly dimensional except to the extent that all of these features are connected. 

          Indeed, time may be viewed as the ratio of history to entropy where for ct1 substitution, the historical aspect, building up from prior states, has to first be replaced with breaking down.  This is shown graphically in Figure 6.



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