"Charles D. Bohne" wrote in message
news:ca3873tua4icsrdp928of3mt53r6qbtl9u@pasoschwei z.de...
On Sat, 16 Jun 2007 14:46:11 GMT, "greysky"
wrote:

As for the voids, I would suspect they're
filled with the 'missing' antimatter of the universe. Being
gravitationally
repulsive, antimatter can't come together to form anything, so it just
sits
there, as a sort of fog, repelling the rest of the universe into the shape
it currently is in.

Hi greysky!

"ordinary anitmatter" doesn't show anti-gravitiy, but there is a lot
of speculation ongoing about mirror forms to ordinary matter AND
ordinary antimatter in a supersymmetric CPT-variation which might
lead to up to 8 different sorts of "matter".

HTH.
C.

Hi Charles,

Yes there indeed can be many different types of matter - when I first
formulated my theory I made the assumption that there can be only one
variance to normal matter (hey what did we know about the universe 20 +
years ago?) As of now, I recon there could be several different forms of
'dark matter' in the huge cosmic voids our galaxies form the walls of. But,
because of baryon conservation, there has to be at least an equal amount of
antimatter out there somewhere. Although antimatter does have a positive
inertial mass, I have shown how it can have a negative gravitational mass -
as long as it is antiparallel to normal mater, having only a sign change.
So, the question is how does a universe full of antimatter which has a
positive inertial mass and a negative gravitational mass, affect the total
energy distribution of the universe? Interestingly, my model predicted the
large scale ''swiss cheese' look we currently understand the universe to
look like, but in the 1980's I was laughed at.

Greysky