To Infinity and Beyond: Transcending our Limitations (cont.)
By Nassim Haramein
Reflections on a Revolution in Physics
We live at a remarkable time.
It is a time of great changes,
including fundamental changes
in our understanding of the
physics of our world and its
relationship to consciousness.
There is a quiet revolution
occurring in physics that will
modify our understanding of the
atomic structure, as many other
researchers are now starting to
realise that atoms may be
considered as mini–black
holes 2a–d and that the vacuum
structure may be a crucial player in the existence of our
world.
Why is this exciting? Because if we understand the
source of energy that generates our Universe, its forces
and the mechanics under which the creation process
occurs, then we can reproduce these dynamics with
advanced technological means and completely
transform our relationship to nature. Such discoveries
will change our world from a society which believes that
there are only limited amounts of resources and
available land—and then wars fought over them—to a
society which realises that there is an infinite amount of
energy all around and within us, and a whole Universe
to explore with the means literally to reach for the stars.
However, we don't need to wait for these advances to
start to transform ourselves and our environment. We
need only take a few moments every day to connect with
the infinite potential present at the centre of our entire
material world, which makes up our existence, and
experience its infinite nature and beyond.
Endnotes
- 1a. "Our universe at home within a
larger universe? So suggests IU
theoretical physicist's wormhole
research", Indiana University press
release, 6 April 2010, http://newsinfo.
iu.edu/news/page/normal/13995.html
- 1b. Poplawski, Nikodem J., "Radial
motion into an Einstein–Rosen
bridge", Physics Letters B 2010 Apr 12;
687(2-3):110-113
- 2a. "Could the Universe Be Made Up
of Mini Black Holes? Two Leading
Experts Say 'Yes'", The Daily Galaxy,
7 April 2010, available at
http://tinyurl.com/y2p7lpe
- 2b. Coyne, D.G. and D.C. Cheng, "A
Scenario for Strong Gravity in
Particle Physics: An alternative
mechanism for black holes to appear
at accelerator experiments", at
http://arxiv.org/ftp/arxiv/papers/0905/
0905.1667.pdf
- 2c. Holzhey, C.F.E. and F. Wilczek,
"Black Holes as Elementary
Particles", Nuclear Physics B 1992 Aug
10; 380(3):447-77, at
http://arxiv.org/abs/hep-th/9202014v1
- 2d. Oldershaw, R.L., "Hadrons As
Kerr–Newman Black Holes", Journal of
Cosmology 2010; 6:1361-74, at
http://arxiv.org/abs/astro-ph/0701006
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