SIA is about AuT which is a mathematical theory which
explains dark matter, universal expansion and contraction, the big bang, the
relationship of space, energy, matter and black holes and other ‘mysteries’ of
science; which turn out to not be all that mysterious. It is more of a new way of looking at
phenomena than a new theory, although it is a new theory.
Succinctly, AuT holds that the perceived universe, including
forces, states of existence and events, may be explained as the result of a
single algorithm changing in response to a single variable. While this is initially counter-intuitive in
a history based, space-time continuum, it turns out that given the algorithms
ability to build from a simple model to a more complex model based on
coordinates being out of sync and having each subsequent state being built from
one or more prior states, the former giving rise to the variety we experience
in the universe, the later giving rise to the perspective of history.
As the algorithm is disclosed in this paper, and in the
book, it is suggested that the universe should appear largely homogenous, which
is observed when looking at empty space.
On closer examination, however, it can be seen that very complex, very
unhomogenous states of universe are the natural result as the amount of
discordance of even simple states increases and the amount of information reflected
by the size of the single variable grows to the phenomenal size we experience
in quantum instances in our universe.
Put another way, the universe is designed in such a way that
there are successive compression and expansion “averages”. In this way, at any point in any solution to
x there will be expanding and contracting solutions. Indeed, the equation suggests that there is a
diverging or (more likely) a converging infinite series like pi driving the
universe to a state where all points would be contracting together, but the
universe never reaches this state and instead just grows in size in terms of
information based on a value of x that never decreases.
It is possible to suggest the most likely solution to this
equation and that is done, but for purposes of understanding the general rule
of construction, the universe is based on a converging series based on the Fibonacci
series (referred to as F-series for simplicity). Several permutations to this will be
discussed, although it is certainly the case that only one will exist. That is there will not be multiple or
changing equations. Instead there will
only be one equation which the universe at any quantum point based on the
solution to a single algorithm in response to a single changing variable. This in turn seems to require that at the
quantum level all points change at the same speed, the speed at which the
single variable changes, but that relative concentrations of quantum states changing
together gives the impression of speed differentials.
Clock time states are used to explain the differences in F
series with the number of clock times changing together controlling the state
of information from 1 for space to 5 for black hole material. One permutation for state changes is
reflected by the F-series solution derived from non-base 10 solutions to the
F-series. Here 1,11,111,1111,11111 for
space, photons, wave energy, matter and black hole material respectively. However, within this solution stacking allows
for this type of result 1,12,122,2335,55555 etc. This enormous potential diversity even within
a single quantum clock time state gives rise to enormous diversity even within
a fairly static F-series based universe and this reflects only one type of
stacking in a universe where the stacking principle of the F-series is repeated
over and over again.
F-series sprials One permutation is the change of spirals
relative to a specific clock time state.
For example 0,1,1,0,1,1,0 being the series for space, 1,1,2,1,1,2,1,1,2
being the exclusive range for space, 1,2,3,1,2,3,1 being the exclusive range
for photonic energy, etc.
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