On Jan 8, 2009, at 1:19 PM, Stephen A. Lawrence wrote:
Jones Beene wrote:
4) Hydrinos are short-lived at the first two or three levels of
redundancy.
How do they "decay"?
Of course, it's an endothermic reaction to reflate them; that's clear
enough. But where does the energy come from?
Orbital instability. The shrunken fractional orbits are forbidden by
Heisenberg - unless a form of electron waveform self-overlap can
exist, as Robin has suggested, that permits shrinking the volume in
which the electron exists. However, if this self-overlapping wave
form is unstable, it could unwind and the orbital expansion would be
fueled by the zero point field.
I would have thought they'd be quite stable, since they can't just
spit
out a gamma or something in order to "decay". It seem like a
hydrino is
kind of stuck -- it needs to hold out its little begging bowl and wait
until someone comes along and drops enough energy into it to get it
back
on the board.
If sub-ground states have half-lives then the source of free energy
by repeating the shrinking process is the zero point field.
Best regards,
Horace Heffner
http://www.mtaonline.net/~hheffner/
