Dark questions remain over dark energy

Dark questions remain over dark energy › Analysis (ABC Science)
"Research by Dr David Wiltshire of New Zealand's University of
Canterbury takes a different approach, believing dark energy isn't
necessary to explain our universe.

Wiltshire says earlier theories were postulated at a time when we
assumed matter was smoothly and evenly distributed across the universe.

Through the Sloan Digital Sky and Australian 2-degree field surveys,
astronomers now know that stars and galaxies are clustered along thin
filaments and 'bubble walls' surrounding huge voids hundreds of millions
of light-years across.

Wiltshire says once this uneven distribution is taken into account, dark
energy is no longer needed to explain the accelerating expansion of the
universe.

He says it all comes down to the differing effects of mass and density
on space-time."http://www.abc.net.au/science/articles/2009/12/09/2765371.htm?site=sc...

Theory of everything = distance from the big bang.

As long as there is CMBR, galaxies accelerate in all direction.

At one point CMBR reaches zero Kelvin, at which point everything
freezes,
even time. Then all distances return to zero in the Universe, at which
point everything heats up and a new big bang breaks out.

Relativity says that if one is so small that he could be inside a
subatomic
particle, there too time would be the same. We may be inside a quark,
there are only a few types with leptons. Quarks are pulsing, but
inside
micro Universes time slows down relatively. In these quarks you may
be seeing a recurring big bang.

With Einstein's relativity as the Universe aims for a larger size,
time changes (slows toward the bigger Universe), reality as that
is in a continuous warp in time. Size of the local Universe alters
the
state of time. Things in the past move further to the past, and
distances
warp. Each Universe bubble (modeling a quark) sparks child Universes
with each big bang creating sub-Universes. atoms, and only relativity
exists as reality.

A quark may pulse billions of times a second, where near infinite
lives may have lived and died in the tiny alternate Universes.

Relativity says that if there were such micro Universes, there the
speed of
light would remain the same for the observer. Time speeds toward
smaller
and slows toward larger.

The theory of everything is distance from the big bang. The main force
is
distance. Distance relates to time. Reality is in bubbles, call them
contained energy bubbles. Einstein showed a warped reality.

From this it is deducted that dark energy is a growing contained
energy
bubble altering passage of time, attributes growing distances. A
smaller
Universe in the past has faster time flowing, thus the past moves
further
in the past. Time is going slower in the present, as long as the
Universe
is growing.

The opposite of the theory of everything is the theory of nothing.
If we can express the theory of everything as distance from the
big bang, then how do we express the theory of nothing?