And we cook a metaphor stew ...
The wavefunctions of the electron and nucleus of a hydrino share the same
center of charge. However, the wavefunction of the electron is spread all
over the place, not just located at the center of charge.
The energy of the electron *as a point particle* depends
At 03:21 AM 12/6/2004, Horace Heffner wrote:
The fact that there is plenty of evidence for heavy nucleus LENR at low
potetials, extending all the way back to Bockris et al CF experiments at
TAMU in 1989-90. There is an abundance of evidence for beyond chemical
energy coming from cells without
Horace Heffner writes,
The quantum wavefunction of a particle is a function that
provides by
location the probability amplitude for finding a particle.
The square root
of the probability amplitude is the probability density,
the probability of
finding the particle per volume of space. A
In reply to Horace Heffner's message of Sat, 04 Dec 2004 20:42:11 -0900:
Hi,
[snip]
respect, the collapse of the wavefunctions, fusion is an event similar to
an observation. A similar collapse occurs at the moment of a tunneling
event, and fusion and tunneling may in fact be the same thing.
In reply to Horace Heffner's message of Fri, 03 Dec 2004 11:06:54 -0900:
Hi Horace,
If a pair of deuterium hydrinos fuse, or if two electrons are involved in D
+ D catalysis, without the electrons falling into the Coulomb well and
thus gaining kinetic energy, the resulting highly *de-energized*
At 10:51 AM 12/5/4, Robin van Spaandonk wrote:
In reply to Horace Heffner's message of Fri, 03 Dec 2004 11:06:54 -0900:
Hi Horace,
If a pair of deuterium hydrinos fuse, or if two electrons are involved in D
+ D catalysis, without the electrons falling into the Coulomb well and
thus gaining
If a pair of deuterium hydrinos fuse, or if two electrons are involved in D
+ D catalysis, without the electrons falling into the Coulomb well and
thus gaining kinetic energy, the resulting highly *de-energized* neutral
nucleus resulting from multiple quantum wavefunction collapse would be
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