Re: void in universe-- evidence for inflaton?

On Aug 26, 5:36 pm, gb6726 <gb6...@xxxxxxxxx> wrote:
On Aug 26, 5:29 pm, gb6726 <gb6...@xxxxxxxxx> wrote:

Dark matter defines the headings of galaxies. Where there is more
dark matter, galaxies move there. That region is void of dark matter,
galaxies seem hungry and dark matter itself attracts gravitationally,
but that would not exclude elliptic galaxies being there, and they
are not there. It seems there is no matter there, perhaps matter
has yet to go there, the opposite to inflation, fill up.

Oh and that explains why the region is cold. CMBR does not radiate
the early big bang from there.

In other words, if the big bang happened everywhere, it didn't happen
there.

I have a theory: where there is dark matter, there should be CMBR.
Dark
matter is static gravity, as that it should radiate. The big bang
forms from
a mass accumulation of dark matter, and that region was devoid of dark
matter. After the big bang the Universe expanded. What happens is that
dark matter converts into matter. During the big bang all matter
initiated
in all directions from a single point, matter that converted from dark
matter
into visible matter. Matter spilled in all directions from one
location where
dark matter accumulated in amounts that had to be converted to matter
particles. That region might be the center of our Universe where the
big
bang started. All dark matter there converted to visible matter, and
what
is left is an empty cold spot. Eventually the Universe burns out, and
what
remains is dark matter. Dark matter tied to matter will begin to
separate on
it's own and regather in a hot spot. One day the big bang process will
heat
up again, and where it does, it will leave behind an empty spot as we
see there. There may be something in the center of that region.

The big bang was so powerful that we may be moving away from that
area at very high speeds. We see that region half way since the big
bang as that region is 6-10 billion light years away. That void
region
should still be growing. We found our big bang.

.

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