On Tue, 30 Mar 2010 08:22:45 Jones Beene said
[Quote]When the spin flips, a photon is always emitted or absorbed, and a
tiny
amount of heat is transferred. At high pressure, the flipping could happen
at rate measured in terahertz (blackbody kinetic rate) so even a tiny heat
difference (micro-eV) is magnified in certain conditions.
Spin flipping results in the emission of a 5.9 x10^-6 eV photon - which is
small and is also is the characteristic "signature" of cosmic background
radiation (CMB) so there are plenty of detectors designed to find it.
[/quote]
Jones,
That isn't much energy per photon and not in the right spectrum for black
light plasma but you said the ratio
Of O to P varies with kinetic confinement such that the Casimir cavity can
be substituted for coldness, Can I point out the
"AC" potential here? The constant change in geometry at the local levels
should mean that atoms diffused into the tightest geometries
Of these cavities are constantly seeing huge shifts in the Casimir value
relative to their immediate positions. For these most
Confined atoms Casimir geometry has been reduced in scale by several
magnitudes. The narrowing cavity keeps revealing new plates
And outcroppings that exert more influence as the distances narrow changing
the "confinement" and therefore temperature
Of the molecule dramatically back and forth. Wouldn't this cause your O-P
pump to oscillate? And if Naudts is right about a relativistic environment
then these scales could go much lower than logic would dictate.
Regards
Fran
