To Infinity and Beyond: Transcending our Limitations (cont.)
By Nassim Haramein
The Organising Principle of Nature
From my study of ancient civilisations, there seemed
to be a persistent, recurring theme, and
that theme, to cut to the chase, seemed
to have something to do with geometry
and some fundamental medium
permeating
everything,
being
omnipresent, omniscient and the
organising principle of nature. I looked
to find if similar concepts were present
in our history of physics and the
advanced physics of today, and indeed I
found similarities.
As well, in
mathematics,
fractal theory
resembled many
ancient concepts
and symbols and
provided a
perfect
relationship
between infinities
and the boundary
condition...
On the geometric side, for instance,
was Einstein's geometrisation of the
structure of spacetime. As well, in
mathematics, fractal theory
resembled many ancient concepts
and symbols and provided a perfect
relationship between infinities and
the boundary condition, as an
infinite amount of boundaries
could be embedded within a finite
initial boundary (the scale at which
you are observing). As far as an
omnipresent permeating energy
was concerned, it occurred to me
then that maybe, just maybe, the
allprevailing intensely energetic
vacuum of the quantum world
might fit the bill.
Maybe the space between all of the molecules and
atoms that I was observing on my cliffface inside the
crystal that my hands were so firmly gripping, the space
between our planet and the Sun, the space inside our
galaxy and the space between galaxies was full instead
of empty. Maybe space was permeated with all the
information of all things in the space and was the great
connector between all these things. After all, from
infinitely large to infinitely small, space would always be
present, since even the extremely small radius of an
atom still contains some 99.99999 per cent space.
Perhaps space defined matter, rather than the material
world defining the space.
What if matter were only the result of a discrete
boundary condition of the space itself, like the feedback
iterations that produced the divisions of a fractal? Was
the worldspace experiencing itself? Were we an
extreme extension of the space looking back at
ourselves and experiencing matter? Einstein seemed to
think so, as in his quote: "Physical objects are not in
space, but these objects are spatially extended. In this
way the concept 'empty space' loses its meaning."
But if space were the great medium that connected all
things, gathering information from all places so as to
selforganise and create the complexity we observed in
our natural world, then space would
have to be infinitely dense—infinitely
dense with information or energy.
Was this possible, and if so, was there
any evidence as such? I was probing
deeper and deeper into the physics
that had been written and into the
experiments that had been performed
throughout nearly 300 years of
modern physical theory, and I came
across something significant.
