Terry,
Interesting. All elements derive from the solar furnace; so, if
stars
are spewing Hy, you might have found the missing matter. You
could
estimate the rate of Hy generation and, based on the known age
of the
universe, determine if sufficient Hy would predict a closed
universe.
Yes. Mills goes this far - to equate (at least a decent
percentage) of "dark matter" with the hydrino.
Most of he rest of the dark-matter is to found in the mass of the
neutrino; with perhaps other exotic particles contributing, and
also dense 'accumulations' thrown in for good measure (mini-black
holes). This particular universe (not Mills version but a
composite viewpoint) is not exactly "closed" in the sense of an
inevitable universal collapse, but is so near to perfect balance
that it "pulsates" in areas which correspond to "local groups" of
galaxies (each being of several thousand "Milky Way" equivalents).
These local groups recycle enough of each others shed detritus,
such that each go successively in and out of periodic balance over
100 billion year cycles.
Going further, it could be that there is not, nor ever was a
big-bang "singularity" but instead there are a succession of
"little bangs" of local groups of galaxies - and the CMB
(formerly, the best evidence for a singularity) represents - not
the relic of a single big-bang, but the spatial limit of 3-space,
such that all photon radiation is essentially "reflected" at that
limit (the bounding curvature).
Mind-boggling....
Jones
