LoL Good one Jones! That made my evening... -mi _____________________________________________ From: Jones Beene [mailto:[email protected]] Sent: Monday, December 30, 2013 7:36 PM To: [email protected] Subject: RE: [Vo]:RE: Proton Mass not stable?
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From: MarkI-ZeroPoint
One of the KEY elements to the referenced paper is a
specific resonant condition... which is exactly what I've been saying for
years.
That (or those) resonant condition(s) are exceedingly rare
in normal matter, but when they do occur, throw the standard model out the
window! The impossible suddenly becomes possible...
Whenever resonant conditions come up for discussion at the atomic scale, the
fine structure constant - alpha - tends to ... well ... resonate. And
curiously the mass of 137 protons is not that far off from a Kibble boson
:-)
(I started calling a hypothetical transitory particle for LENR a "Kibble",
since Higgs himself gets waaaay too much credit and Tom Kibble is just as
deserving).
The Kibble boson is of course the dog-particle. Grrr.... And to be honest,
it seemed like there "should be" an anti-particle for the Higgs (I have
since learned that elemental bosons do not necessarily have
anti-particles).... but it sounded good at the time... and that the dog
particle would occasionally form when the correct number of protons happened
to fill an exciton or quantum dot of nickel.
Actually one would indeed suspect the number of entrained protons in a
quantum dot of nickel to be in the range of the mass of the Kibble, since
these are composed of 100 atoms of nickel and up ....
And then again, since vorticians are the epicenter of Cargo Cult Science,
there is Feynmanium... which would explain Rossi's meltdown.
Anyway, some version of this finely structured scenario is not yet ruled
out... and this old dog is trying to learn a few new tricks for 2014.
I was almost certain that this riddle would have been solved in 2013, but
alas ... it is an uncertain world. Fleas Navidad,
Jones
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