On Feb 19, 2011, at 1:56 PM, Jones Beene wrote:
-----Original Message-----
From: [email protected]
> If my understanding is correct, then I don't see how this would
make it more
effective in nucleating condensation of protons, because the
"extra" mass is not
collocated with the original electron, so it's not as though it's
actually a
heavy electron that can by analogy substitute for a negative muon.
It is true that the verbalization is misleading, based on
underlying assumptions. The same is true for "deflated".
I think the description of "deflated", in the deflation fusion theory
sense, is only misleading to you because you have not read the papers
and references therein, at least not with any understanding. This
admittedly may be the result of my bad writing style. However, in
the case of most people I think they simply have not made any effort
to understand the theory, because they dismiss it a priori.
A term that has also been used is "heavy quasiparticle" or "heavy
fermion." Even the "heavy" part is unclear. Heavy compared to what?
Heavy compared to its rest mass.
There is also some relevance to Ken Shoulder's EVO concept, in that
there is an appearance of what looks like "negatively charged
space" which is not as mutually repulsive as real electrons would
be. Could the EVO be the corresponding condition that exists in a
vacuum, where no protons are available? The "gluball" is another
term which seems strangely applicable.
This is a different thing altogether. Two superimposed electrons
with opposed spins represent a boson. Any number of them can
theoretically be superpositioned. However, the binding energy for
such bosons is very very small, so the smallest thermal energy
perterbation results in loss of binding energy and explosion of the
complex. The mystery to me is why the half life of such a complex
could reach an observable amount. The extreme mass N*e in this case
is simply due to multiple (N) superimposed electrons, not due to the
interaction of an electron with those in a lattice nearby.
At any rate, in describing IRH or hydrogen clusters, there is an
emerging picture of a real phenomenon where lots of protons appears
to be nucleated and bonded by "something" similar to electrons but
exotic in other ways …
Jones
Best regards,
Horace Heffner
http://www.mtaonline.net/~hheffner/
