Sent: Thursday, September 02, 2004 9:53
AM
Subject: Electron mass spectrometer and
PAGD
Over the years, specialized spectrometers have been built for a wide
number of tasks. One of the early so-called "oxygen sensors" on automobiles is
an example of how cheaply they can be made. I am not sure that anyone has
specifically built one just to look for variations in electron mass, however.
Yes, variations in electron kinetic energy (under other names), but not
strictly for putative mass variation.
Primarily this is because no one seems to have promoted the idea that
there could even exist a rare variety of heavy (or light) electron. This is
the result of modern science preferring to irrevocably categorize everything,
and thereafter allowing for no possible variation in the supposed number of
leptons, nor permissible bound leptons. At least I have been unable to
find any good reference for such, other than Shoulders EVOs which are much
higher in number than the subject of this speculation, but could be somehow
related.
Perhaps the universal assumption of only one rest mass of electron is
correct. If you took a poll among scientists, it would get nearly 100% of the
vote (absolutely NO proposition could ever get the full100%) - but on the
off-chance that there could be a heretofore unrecognized but fairly rare heavy
electron (rest mass from 2-2.8 times that of normal), which we are calling
*electronium* how would you find it?
Certainly the first thing that came to mind was some kind of CRT. But on
deeper thought it is NOT likely that this would work well, because only
"conduction" electrons are emitted from most cathodes, and the near field and
mass of any putative heavy variety would likely inhibit them from becoming
conduction electrons, per se.
However, if these heavy electrons were to exist, they might accumulate in
preferred elements, first in atmospheric oxygen and then later in metals with
high oxygen affinity, where the heavy electron is transferred to the more
massive element. This could happen particularly with a metal such as
aluminum.
This brings to mind the Correa device. I do not know what they currently
<PI> think is the ultimate source of overunity in that device, as they
(Correas) outside of their rapport with Gene Mallove, seem to be surprisingly
antagonistic to any kind of rational communication or investigation of the
effect by other interested parties - especially with those who might
ask revealing questions.
At any rate, it is possible that IF the PAGD effect produces EUV
emissions in the range of 27.2 eV (and/or the downshifted UV spectrum) and if
the effect diminishes over time (due to electronium depletion) then I would
suggest that it could be related to heavy electrons -electronium - which end
up in aluminum as a preferred metal because of its incredible oxygen affinity.
Calcium and magnesium should work also, if this speculation were
accurate.
Jones
