AuT Lorentz 2-gravitational time dilation

I'm going to recover the whole negative one thing below (so you can skip it) but I rewrote it and it's perhaps the most important of posts, I deal with 1-1 as being not zero.  For those of you waiting for me to be dead, it is instructive.

There were storms tonight, the weatherman saying rain, not rain, then it rained anyway.
There was lightening, I always count to see how far away, a mile and a half, two miles, the long rumbling of more distant bolts.

I feel tied from presenting those things which I want to plead, and perhaps they would fall on deaf or too distant ears.  Wait for it.
Next Wednesday I am supposed to get the proposal that I was supposed to get last week, and the week before and the week before that.  I like the sounds of what I was told but they mean nothing to me, too much of the wrong sounds.
The vale of NAPA is burning, I am told they can smell smoke in San Francisco. How could you not want to talk about that.  There is the video of the tree burning from the inside out, a metaphor for something, but what?
And yet, the unwanted silence is not so much a comfort as a solace against hearing words that I am not ready to act against.
Next week I will finish, I hope and resubmit the paper.  There are perhaps 10 pages to be edited in, none complex, at least no more complex than the discussion of zero below, but they are scattered throughout the paper.  I am on page 11 and it, a summary, is 64 pages long.  I do not feel the need to reread everything, only the highlighted parts which come from these most recent blog posts and then are returned.  Love letters still, despite everything else.  I should not have to explain it, because the explanation is too cruel.  Wait for it.  The tree burning from the inside out.  It calls us both.

The illusion of self determination, love, and god is strong in this one.  https://www.youtube.com/watch?v=FV0H4J3cFRs

Gravitational time dilation
T=T0/sqr[1-(2gm/rc^2)]
T=time interval remote from mass
Binomial expansion shows: sqr(1-x)=1+x/2+3/8x^2+5/16x^3…
Or T=T0/[1+{(2gm/rc^2)/2t0}+{3/8(2gm/rc^2)^2}+…]
As gm (mass and gravity) increase they offset to sum of separation and gravity and begin, according the given infinite series which can lead to a value of zero for time only at m=infinitely or r going to zero.
Quantum theory provides that this number need not be infinity but instead is a function of a finite separation.
Mass can be converted to ct1 via the exponential analysis which also is a function of f(n)^(2^n).  While more complicated than the analysis for velocity, the result is identical due to the convertibility of mass to ct1 and ct1 substitution.
R, like V can be eliminated based on the changing value of x where the change in R is based on a comparison of two different points based on when they are solved relative to x and V is the same type comparison where meters per second are converted into two separate values of position for two different values of x.

The reverse introductoin paragraph:
The spirals observed arise from averaged f-series transitions maintaining the states for f-series time frames and in f-series based aspects compressed according to 2^n compression stages which are also broken up into successive stages and move in either direction (as shown by fusion and fission; by magnetism in its positive and negative forms and other two directional phenomena). 

From out of doors in he holyland 

From this Alpine region we descend through two months in half a day. It is mid-March on a beautiful green plain where herds of horses were feeding around an encampment of black Bedouin tents; the beginning of April at Khân Meithelûn, on the post-road, where there are springs, and poplar-groves, in one of which we eat our lunch, with lemonade cooled by the snows of Hermon; the end of April at Dimas, where we find our tents pitched upon the threshing-floor, a levelled terrace of clay looking down upon the flat roofs of the village.

THE IMPORTANCE OF -1

Negative 1 vs Zero

            Negative 1 is the fundament of our information based universe.  This is more important than it appears at first blush, because if we want to understand g-space, we have to start by seeing what parts of g-space are used to build o-space.  G-space does more than contribute an algorithm and a variable, it also contributes an information based "feature" which the algorithm uses, or perhaps which is a part of the algorithm which is used, to build our reality.

 -1 and 1 which is real which is fiction?

          Since the universe uses -1^x its important to see what that means.  We are so used to -1 and sqr(-1) as “unreal numbers” that it would make more sense to use zero prime 0’ to refer to this in order to avoid the mistakes in pre AuT mathematics from the assumption, the opposite of reality, that -1 (0’) is unreal when 1 is unreal.

          -1^1=-1 but also equal to -1*1

          -1^2=1 but also equal to -1*-1 which is "not -1."

          This feature “notness” is critical because there are not things in g-space only g-space itself, a sort of non-dimensional, time free, source from which not g-space can give rise to the solutions we observe.

          -1 is a form of information which exists and 1 is a manifestation of -1 which is merely "not" -1.  The negative universe, anti-gravity, anti-matter, etc is the real universe and we are a manifestation of a manifestation.

          Zero is different from negative one.  The idea that you can add -1 and "not negative 1" to get zero is definitionally questionable because you don't have a nothing you have two different items combined.  There is no reason to believe that an act of destruction occurred.  Before you scoff, let’s look at this from a quantum standpoint.

          You have one physicist and the physicist dies of starvation.  Do you have zero physicists?  Not at the quantum level.  The information continues to exist and while the “place” and “time” have changed, that is much different that eliminating the physicist.

          The suggestion is that space (ct1) arises before time from the transition/compression (positive or negative) from ct0 to ct1 creating the underling f-series carriers which lead to transitions between “matter and anti-matter or gravity and anti-gravity” type phenomena in higher states but which are “dormant” in space.

          Everything is built on -1, which is not really negative 1 as math looks at it.  Instead, it is an aberration in g-space.  If you don’t believe this, you don’t believe in reality; which is more accurate than not.  The broken-down equations for pi prove this to be the case (book 1).  Even the higher curvature equations (sin) rely on pi and if AuT teaches anything, it teaches that pi can be defined with specificity given enough time and a set amount of information, that is pi can be defined theoretically as a specific number for any position in the universe at a fixed value of x.

          What we have determined is that there is pre-1 state which we call zero or nothing but it is g-space.  It has no size because size and time don't exist.  It is not space, because space is build from pi(0)'s relationship to pi(1) and ultimately, space is ct1 which is a pi(1) state which is far removed mathematically from g-space.

          Pi(0) is a post nothing state, because it is not built on zero, but on -1. 

          While our first definition of pi is pi(0); there is a pre-non g-space state which is a pure -1 derivative without the baggage of positive numbers which mathematically are not even positive, but are instead "not negative".

          What we have is "not nothing", -1; and not negative one, 1.  This is the true origin of our thermodynamic illusion that we call o-space.

          These are not philosophical differences.  You who are saying, 'semantics' or 'babble' should have your head tapped with a sliderule.  These are fundamental concepts that define the transition at the first level from g-space to o-space.  It is genius, but only in context with the derivation of true pi and curvature which has been done within this blog and is a feature of books 1-4 in its various forms.

          This transition from the initial ct0 state to ct1 creates a quantum carrier defined by the ratio of 32/27 which when broken down and subjected to logarithmic differentiation (done below) yields the basic f(n)^2^n equation in the form f(1)log(1+1) where n=1.  The underlying carrier ensures in some fashion that this basic compression equation is maintained in higher compression states.