I do not regularly consider lasing, but I also was amazed by the detail 
provided by the referenced document from 2003.  The random orientations of 
small emitters which leads to amplified coherent beams was unexpected.  The 
paper suggests many practical applications, including engineered LENR systems.

Bob Cook

Sent from Mail<> for Windows 10

From: Andrew Meulenberg<>
Sent: Thursday, February 8, 2018 8:36 AM
To: VORTEX<>; Andrew 
Cc: cmns<>
Subject: Re: [Vo]:Quantized inertia Ted talk removes need for dark 
matterandexplains the EM drive

Thank you for the reference (below). I see this as a possible explanation of 
the coherent optical (and x-ray?) emission and even the rf emissions that have 
been detected in active CF reactions. The intense EM fields (direct and as 
photons) associated with nuclear decay via the deep-orbit electrons (proposed 
as the operative mechanism for CF effects) act as an intense 'pump' source to 
produce microscopic (perhaps plasma-like) lasing regions:
"... the statistical properties of the emission of a laser with non-resonant 
feedback are very close to those of the emission from an extremely bright
‘black body’ in a narrow range of the spectrum. The emission of such a laser 
has no spatial coherence and is not stable in phase."
Nevertheless, linear defects within the lattice (a proposed source of CF) would 
provide a basis for spatial coherence.
The reference addresses, and has many sources on, types of lasing that we 
generally don't consider.

Andrew M.

On Tue, Feb 6, 2018 at 9:56 AM, JonesBeene 
<<>> wrote:
An interesting but slightly dated paper is available without the usual paywall, 
which covers a number of advanced optics projects which were once classified, 
and may still be partially hidden -  like the photonic bomb…

 "Brian Ahern" <<>> wrote:

 This nanometric laser was developed in 1996 under an AF SBIR Phase II 
contract. I was the  contract monitor. Prof. Nabil Lawandy developed LASER 
PAINT. It incorporated nanopowders that scattered light and resulted in 
stimulated emission  It is widely used today.

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