Could the "cold radiation" be considered something like hole carriers in a
semiconductor?
On Wed, Oct 14, 2020 at 1:29 PM H LV wrote:
> In my estimation Rumford's theory is the seed of an alternate theory of
> radiation. It could still grow and blossom into a well
> developed mathematical theor
Sean,
What you are describing is entirely possible. Also, diode lasers can be
driven into modes that produce sidebands just at the threshold of ordinary
output - but it is hard to control the sidebands without an expensive
"loop" receiver and some kind of lock-in control.
Using 2 lasers is prett
Could you use an Optical Parametric Amplifier to create your desired
sidebands? Using one laser as the "signal input" and the other as the
"pump" should give you an output containing sum and difference frequencies
(sidebands, or heterodynes).
On Wed, Oct 14, 2020, 12:29 H LV wrote:
> In my est
In my estimation Rumford's theory is the seed of an alternate theory of
radiation. It could still grow and blossom into a well
developed mathematical theory of heat.
I am interested in beat theory because it resonants (pun intended) with
Rumford`s theory of hot and cold radiation, since
both invo
Hello,
Can you recommend software for performing Finite Element Analysis, or
Method of Moments simulation of E and H fields around a 3D structure?
I looked into FEMM, but that seems to only work in 2D.
I am aware of commercial packages like CST, COMSOL, HFSS, etc. I dont
have $20k to
On 10/13/2020 6:03 PM, Jones Beene wrote:
Have you been able to buy one?
As you suggested, there's a gap in the wavelength of commercially
available systems. Semiconductor diode lasers seem to be currently
available down to 3.5 um (83 THz)
https://www.toptica.com/products/tunable-diode-lasers
Unfortunately, at least for electrochemical LENR, the THz radiation will
not penetrate the electrolyte (not even a micron). The dual laser approach
worked because the two red lasers would pass through the electrolyte and
the beat frequency was produced directly on the cathode surface without the
T
Good post, Bob
Because of this effect (Letts/Cravens) and the optical phonon addition of
Hagelstein and the Holmlid work also – it seems clear that laser irradiation
of a metal matrix is perhaps the most promising open avenue for optimizing
LENR gain.
It would be great if THz lasers were a
Laser stimulation of LENR cells is an interesting subject. These
experiments can probe the underlying mechanisms of LENR itself. One of the
things that has not been characterized in the laser stimulation studies is
the sideband noise of the lasers. All oscillators exhibit sideband noise.
Oscilla
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