Leapin' lizards! If it works it's a bona fide zero point energy
machine!
The electron affinity is driven by zero point energy I think. It
appears to be a form of the Casimir force. I must have some mistake,
because that's a symmetrical effect. If there is a mistake in concept
here it appears to be in the degree of leakage that occurs between
the donor and acceptor on the reset phase. However, the signal sent
thought the capacitor has nothing to do with relative charge, because
the dielectric would not be operating in a saturated mode. That's
ruled out, so the thing is that electron affinity could (essentially
permanently) keep the acceptor too negative with respect to the donor
to conduct, i.e. accept a charge? I don't think this can happen. As
long as there is sufficient time conditions should reset for another
pulse, just like the first pulse.
I think the asymmetry is there and must be due to a quantum effect.
I think the affinity energy is obtained by the Casimir force between
large waveform electrons, and the reset is obtained by electrons
creating leakage current to the capacitor dielectric by tunneling to
the dielectric. The ZPE asymmetry at the acceptor is thus due to a
big waveform into the acceptor, a small waveform out of the acceptor.
Note that the leakage current on the reset half-phase restores heat
to the cell. How handy.
V2
o----------------
| |
ddddddddddddd |
================= |
aaaaaaaaaaaaa |
................. |
ddddddddddddd |
================= |
aaaaaaaaaaaaa Load
................. |
ddddddddddddd |
. .
. Repeated .
. .
aaaaaaaaaaaaa |
................. |
ddddddddddddd (+)
================= Pulsed Supply
aaaaaaaaaaaaa (-)
................. |
ddddddddddddd |
| |
o----------------
V1
Key:
== - Dielectric with leakage current
aa - Electron acceptor
dd - electron donor
.. - Charge transport gap
-| - Conductors
Fig. 1 - Pulsed Pile Diagram
Horace Heffner
http://www.mtaonline.net/~hheffner/
