A lot of the information below has been edited in book 6 and I'm only on page 20 of perhaps 3 or 4 hundred pages. I'm close enough to the truth, the most specific truth, however, that I'm trying to be careful.
I had a nightmare about genius, while I was awake. I'm not sleeping well right now; waiting for the next shoe to drop.
Where does genius come from?
https://www.youtube.com/watch?v=psuRGfAaju4
AuT shows that you can find genius under a rock, that it came come from the slimy things that creep in your nightmares, from me.
And yet, horrible as i am, you know you want me, you want to see what will come next.
Is it my science you want to see or my destruction? You hold me in contempt because I am contemptible, I look through you because you are invisible in the bright light of my science. I should be bigger, but the world slowly grinds me between wheat stones, like the bug in your breakfast cereal; so I am small and I use the victory that you gave to me to lord over you for the sake of pettiness, my pretty.
Aut proved that velocity was a form of time, a lower ct state substitution.
We know that velocity is not a dimension, so only a dimwit would hold that time is a dimension now.
Indeed, knowing the interaction of velocity and time, it is so painfully obvious that time cannot be a dimension that it is more incredible than not that I had to invent this conceptually, but that is because I know how to use pain, indeed it may well be that I create pain for the purpose of using the power that is in it. Evil, the opposite of good, but with the best of intentions.
You disagree with me, because you want to cling to your neon gods, instead of the real god that speaks through me.
I was going through some music I like. I think its important to determine whether your musical tastes and mine are compatible. Of course, if my physics is right, I'd argue that makes my music right. I'll have to think on the logic of that one.
https://www.youtube.com/watch?v=XiMineG1w3U
https://www.youtube.com/watch?v=u9Dg-g7t2l4
https://www.youtube.com/watch?v=zB1Q-PfUvN0
https://www.youtube.com/watch?v=tbNlMtqrYS0
On to the post in question., Summary part 3:
This
feature of relative change, instead of absolute change is what allows a single
change in a single variable to be experienced as if all the other changes are
operating on separate, independent variations.
At the
ct0 and ct1 states, all there is potential for positive and negative results
and in the case of fpluspix, the ability to achieve inflection point life spans
on the scale that we see with big bangs and big contractions, currently around
20 billion years apart. The specifics of this are set out in book 5.
2. To get from
positive and negative results to observed curvature you must compare results
for different values of the numerator of pi which gives rise to “place” as one
state is compressed to the next.
Table
B-Fossilized origins of dimension
Table B shows the
derivation of sin.
The derivations are
complicated as the amount of information increase, so the ratio expected is
only found in the ctpi0-ctpi1 transition.
The calculations reflected in Table B require a recalculation of pi and
sin for each increase in information.
Since there is no dimension from ct0 to ct1 (dimension begins with the
move from ct1 to ct2) you can use the first point solution (for 1) to get a
solution and when this ratio is modified (by changing the variable value) to go
from -1 to 1 (ctpi-1 to ctpi1) you get a ratio of 32/27/8. This is the .148148 ratio solution
highlighted or y=256/27 in the equation 2*y/(pi0^(2n+1) which yields mirror
image results for pi=1 and -1, the -1 to 1 in Figure A. Put another way, dimensional curvature of the
universe originates from the application of fpluspix from which is derived the
simple compression function 2f(n)^2^n which comes from the simple equation:
256/27/(-1)=negative of 256/27/1.
The 8
is separated for the inquiry since “whole numbers” come as -8 and 8 if 32/27 is
used. This is discussed at some length
in books 2 and 4.
The
compression required (256:27) to get from ct1 to ct2 is derived just as to get
to fpluspix you preserved the distance between -1 and 1, then 1 to -2 and so on
(book 5).
This
256 is a solution to f(x)^2^x for 2 places and is preserved as the ratio from
which compression is derived, presumably with certain permutations just as the
initial permutations occurred through remembered results of the prior solution.
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