Time grows short. 3 days. These posts from the new book can only, at this point in time, whet the appetite for the rest. There are always delays, events demand my time. The future beckons. Come to me it calls from the west. But I don't know what is there, what waits for me, if anything.
None of us know the answer to this. The future calls to all of us, not letting on it's secrets, the door is open, but we cannot see through it clearly, but we are compelled to step forward whether we want to or not. And if we knew, could we bear to step through?
This is one of my favorite chapters from the new book. There is a twist. It is subtle but will answer a question you have been asking as you read everything going forward. Aha, you will say. There it is! I move forward blindly, hoping and tentative, take one more step with me.
EINSTEIN AND AUG-Universe Factorial
AuG uses Einstein concepts[1] in order to move the perspective of the universe from “after the
big bang” to “before the creation of linearity.” The original theory, the
Einstein Hologram Universe, had two basic principles. Succinctly:
Everything that has happened is happening or will happen has happened in
a singularity. The singularity was poorly defined; it is now understood
better but remains largely intangible using our dimensional perspective. What is g-space that it allows for this type
of creation? Is the universe momentary awareness of an equation by some
dimensionless entity? Is there a god
that lives in a timeless, spaceless environment looking at the results of
various algorithms and if so does wouldn’t such a god think much differently
than us since every thought would cover what we think of as eternity?
It is possible, at least now that we know what to look for, that
theoretical answers can be given to these questions, but we can also define
g-space by what is absent: (1) dimension (as we understand it) and (2) time (as
we experience it). Under the original theory, linear time is necessary to
give dimension (as we experience it).
Until time was “added” to the singularity it was seen as a point under
our theory of geometry. In the words of
EHT, “time yields dimension.” See pages
43-58 of “The Einstein Hologram Universe.”
Early in the transition
from EHT to AuT the transition of states became important. Originally this was
seen as “concentration” Space → energy; Energy → matter. However, under further analysis, the idea of
a coordinate based system showed that any space time based system had
flaws. A vibration based, dual
coordinate system (one of dimensional characteristics and the other of force
characteristics) evolved because it was consistent with observations. However,
it was immediately obvious that any movement (vibration, etc.) was inconsistent
with fixed quantum points and dimension and force with fictions of observing
from the view of prior and subsequent points.
The result was a system of quantum universes where each subsequent
set of data was built on top of the one before it so that “history” was built
into the solution of the algorithm.
Since each subsequent universe was built on top of the one immediately
preceding it, a historical perspective was present notwithstanding the fact
that this was merely a factorial algorithm (U!). This result is consistent with the F-series
method which uses the prior two solutions to arrive at the current solution,
the prior two universes being added to arrive at the current universe.
This also gives, for the first time, a basis for the n, n-1 plus
n-2 in the compression formula. You will
recall that the formula is F(n)^2^x where x is the compression state for
n. This can be expressed in terms of
scale as: (n+n-1+n-2)^2^x to give scale to compression changes. For e=mc^2 this is where c^2 comes from. It is the scale of 5+3+2 (the three F series
numbers making up the series (the current=sum of the last two) ^8 where x=8. The compression level for black holes can be
calculated with observed accuracy as (8+5+3)16.
Ct6 would be (13+8+5)^32 and so on.
There doesn’t appear to be enough compression in the algorithm to arrive
at ct6 yet, but super-massive black holes come close.
The most pronounced effect to us of the scale function (n+n-1+n-2) is to yield the illusion of 3 dimensions, 1 for each of the universes. If function did not require dropping a spiral universe at each stage, the universe would have so much information that the density would oppress us, we would get too solid with too many dimensions. The old universes do not disappear, of course, they are merely not solved for.
The most pronounced effect to us of the scale function (n+n-1+n-2) is to yield the illusion of 3 dimensions, 1 for each of the universes. If function did not require dropping a spiral universe at each stage, the universe would have so much information that the density would oppress us, we would get too solid with too many dimensions. The old universes do not disappear, of course, they are merely not solved for.
In AuT we don’t accept a universe which allows for infinite series
and unsolvable equations, instead we have a quantum single coordinate change
universe with a minimum change (quantum change) between points in one direction
and consequently a minimum distance in space, gravity and linear time. Further, perceived change is observed in only
one direction[2]. Even in the “magic 3 dimensions” we move in,
there is change in only one direction, the relative change giving the
appearance of different speeds for different dimensional elements a red herring
for pre-AuT physicists like illusory self-determination.
It is predicted in NLT theory that zero, pi (and other irrational
numbers and infinite series) have a solution, albeit one tied to a
dimensionless environment.
Mathematical solutions
showed that coordinate states “spiraled” towards non-linearity based on a fixed
direction of change for all coordinates.
Despite the need to refine the understanding, it was apparent in this
early evolution that compression led to our conception of CT4, the movement of
one set of coordinates relative to another, referred to as standard clock time
(SCT), starting when energy (e) turns into matter (m) or possibly in the
presence of Ct5 for reasons explained in more detail herein. This implies
that something (clock time 2) starts when space turns into energy. Since
there was a gap, it was apparent that there must be a middle state change (CT3)
where something, in this case quantum energy (photonic energy) changes to
multi-dimensional energy (wave energy).
This, in turn implied that something (clock time 1) starts when
non-linear time (CT0) goes linear to create dimension and what we perceive as
space.
Until NLC abandoned dimensions in favor of perceived one directional
coordinate change NLC attempted to assign features to each of these clock
times. In several embodiments: 1) Each
dimension we experience is merely movement along one of the clock times or 2)
The other clock times function apart (like other dimensions) or 3) We
experience all 3 clock times but do not realize it, they all appear to be our
single clock time or 4) there is no separate axis for each separate coordinate
change and dimensions are merely a function of how the coordinates change.
Under any of these, clock time dimensions were conserved. Some other explanation was required to
explain what we experience as time and dimension. Clock times and dimensional changes are no
longer seen to “arise,” but only to be “perceived” from a non-linear system, but
this perceived change is what we experience and gives us our perception of
self-determination. In this “perceived”
universe, it appears that dimensional characteristics and force come into
existence at the same time, and appear to become linear consecutively, one at a
time. The reason that we perceive
linearity, hidden in the F series and the “forced” solution for the F(n)
equation (n,n-1,n-2), was that each universe was built based on a one unit offset
from the two previous, a build out from the F-series function that defined the
spirals.
The display of the universe is apparently controlled by having
decompressive spirals separated by compressive spirals in a web. Outside of the compressive states are the decompressive states, much greater in quantity forcing the universe apart. Pockets of decompressive forces are seen as, for example, fission within the compressive states but is rare enough it is not properly recognized as anti-gravity.
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