Jones wrote,
In the case of a tiny rigid cavity or molecular sphere - which is small
enough to intercept ZPE frequencies - that object could function like a
tuning fork or an antenna, absorbing and re-emitting energy in order to
establish local equilibrium. At this level, so-called inelastic
collsions are indeed "lossless" but that is not enough for overunity -
the bulk collision energy must be non-conservative and dependent on
"external" energy (ZPE) . The wave spectrum of particular interest is
the one where phonon-photon resonance is possible. That is to say where
sound and RF share common frequencies.
Howdy Jones
Another good one, I forwarded to Aggieland. Thinking aloud how to use a
"pair" as a tool for measuring a "differential".
It could be possible to "compare" two supposed identical "items" and
determine a measured difference while not being able to measure either in
absolutes.
Richard
