Very possible, The broadened emissions are from the hydrino contribution, the
hydrogen's spatial motion has already been reduced by nano confinement and
then longer vacuum wavelengths are suddenly suppressed by the local geometry.
My posit is that these fractional orbits are negative inertial frames where
spatial motion is already effectively zero but the quotient of V^2/C^2 is
further reduced because the unit of time is suppressed proportional to the
vacuum wavelengths. Naudt's paper called it relativistic hydrogen but perhaps
inverse relativistic would have been more appropriate because from our
perspective the hydrogen in a cavity ages faster while hydrogen ejected from
the suns corona ages slower. As in any relativistic frame the local observers
are unaware of time dilation but radiation emitted from f/h at the normal
frequency in a negative inertial frame will translate to longer wavelengths as
dilation reduces and orbits becomes less fractional. The frequency appears
lower when we observe it in our macro inertial frame since space time has
stretched from the negative inertial frame where the radiation originated.
That's my story and I'm sticking to it :_)
Fran
_____________________________________________
From: Jones Beene [mailto:[email protected]]
Sent: Monday, June 17, 2013 12:41 PM
To: [email protected]
Subject: EXTERNAL: RE: [Vo]:Venus - high and dry - why ?
As illogical as it may sound on first blush, can any electrically
powered thermal device (looking pretty much like a tube furnace) function in
such a way so as to convert a hot blackbody surface into a cooler (but still
quite hot) coherent infrared interior ... with superradiant resonance at 15 THz?
To make it a little clearer where this suggestion is going - imagine a
stainless steel tube sealed at both ends, so as to operate simply as a cavity
resonator for unfocused infrared radiation (instead of operating as a laser
emission tube). Imagine it is a version of a gas-phase optically pumped
non-focused IR laser -- in which the gas is a hydride, perhaps KH, operating at
partial vacuum. Here is a predecessor design.
http://proceedings.spiedigitallibrary.org/proceeding.aspx?articleid=1006553
The optical pumping mechanism is supplied by hotter IR radiation from a
superabsorbent re-emitter, such as a silicon-carbide exterior tube, with the
inner stainless tube centered with minimal contact. That silicon-carbide
superabsorbent re-emitter tube is itself heated by a resistence heater at over
800 C. It remains hotter at its peak temperature than the interior tube at 447
C because the interior tube is absorbing/re-emitting predominantly at 15 THz or
20 micron radiation.
Thus the net effect is that the inner superradiant tube emits extremely
intense radiation but with a lower peak. This is similar to Randell Mills
"emission-line broadening" but in IR.
These dynamics would result in a skewed emission curve for the external
tube as well. Emission line broadening allows massively more net energy to be
emitted from a source at a lower effective peak temperature - compared to
blackbody assumptions. Thus the HotCat could be even more energetic than
imagined, based on the technique used to measure it - which assumed no line
broadening
Possible, or no?
Jones
