Mitchell Swartz says the gammas are absent because they are spin forbidden.

I do not know the rules and their conditions.

From: Russ George <>
Sent: Tuesday, February 6, 2018 8:11 AM
Subject: Re: [Vo]:Quantized inertia Ted talk removes need for dark matter 
andexplains the EM drive

Pray tell as one of the few real cold fusion experimentalists what associations 
might have come to your mind connecting nanoparticles lasing and cold fusion. 
Any ideas on how coherent lasing domains might assist in mediating those pesky 

On Feb 6, 2018 12:16 PM, "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.

From: Russ <<>>
Sent: Tuesday, February 6, 2018 6:05 AM
Subject: RE: [Vo]:Quantized inertia Ted talk removes need for dark matter 
andexplains the EM drive

McCulloch’s QI concept readily conforms to observed real cold fusion data and 
is far superior to the armchair speculations that so commonly  eschew the real 
data. The first miracle of cold fusion is that something gives a ‘fusing nudge’ 
to the reactants, D+D in their native ecological domain, the highly loaded 
metallic lattice. At the dimensions well known to be that in which prodigious 
4He is produced by DD fusion, mere nanometers, the QI notion fits very well. In 
that dimensional realm McCulloch’s QI Unrah effects might easily offer the 
nudge to start the cold fusion cascade. Such cold fusion cascades are clearly 
evident in the data that shows vast numbers of 4He producing cold fusion events 
deep inside such nanometric metal domains (not on the surface).

Once the QI Unrah environment becomes established it might also provide the 
means to satisfy the second miracle of cold fusion that being the suppression 
of energetic emissions, that danged missing gamma. The QI Unrah nanometric 
environment (horizons) it would seem captures and moderates those pesky gammas 
leaking them into local materials as phonons thus suppression of the expected 

Now the question is whether the QI Unrah environment can also serve to induce 
nanometric masing of those cold fusion powered phonons. That of course leads to 
the obvious technological device, the phaser😉

This paper just published 4 Jan 2018  speaks of the use of nanometric mirrors 
to produce masing effects. Seems to be clearly in McCulloch’s QI dimensions 
that his maths show are appropriate for said Unrah effects. The atom-ecology 
that is characteristic of active cold fusion materials easily fits here.  Just 
beam over to the Journal Nature to read more….<>

Sent: Monday, February 5, 2018 10:41 PM
Subject: RE: [Vo]:Quantized inertia Ted talk removes need for dark matter 
andexplains the EM drive


I had the same idea about DH and QI together answering the galactic rotation 
problem.   The Mills spectrum of DH surely warrants a comparative review with 
the observed spectrum from the Milky Way or other near by galaxies.

Maybe Mills has already done this comparison; if not, he should IMHO.

Bob Cook

From: JonesBeene<>
Sent: Monday, February 5, 2018 10:14 AM
Subject: RE: [Vo]:Quantized inertia Ted talk removes need for dark matter 
andexplains the EM drive

There is a new study from NASA on dark matter/ dark energy and the 
reinterpretation of the Chandra findings WRT the mystery radiation signature at 
3.5 keV.<>

CERN has a new report on DM as well. The informed opinion on dark matter swings 
back and forth but for sure, whatever  it is, is no longer dark and this is 
compatible with a version of quantized inertia.

At best, McCulloch’s hypothesis would not eliminate DM entirely but instead 
reduce the need for it - the percentage of mass in galaxies which needs to be 
explained by something other than the standard model. Causality can be 
reconciled so long as we do not insist on extremes. Most importantly, from the 
perspective of LENR, if there is any connection of UDH (ultra dense hydrogen) 
to dark matter, then of course it becomes very relevant for understanding the 
dynamics of dense hydrogen. In short,  even if DM is a lower percentage of all 
mass (lower than ~85%) it can be identified with UDH, and that finding is huge 
for LENR.

In McCulloch’s blog he has a page that covers LENR from the perspective of his 
discussions with Ed Storms and the application of QI to the deuterium lattice. 
From there, he goes on to the  perspective of using advanced semiconductor 
techniques to achieve an ideal matrix of cracks and surface cavities.

Specifically, McCulloch talks about the geometry of 1 nm as being feasible 
soon,  but this is actually possible now.  Yet-- if the Chandra findings hold, 
especially in the context of Holmlid, then the optimal geometry appears to be 
smaller – about .35 nm which is the wavelength of photons at 3.5 keV. We appear 
to be moving from nano to pico rapidly.

All of which means that silicon valley could find a new technology focus – a 
newer “next big thing” based on using “picolithography” for both information 
and energy.


What do you think about Mikes theory of quantized inertia (QI)? And what about 
his use of QI to explain galactic mechanics without dark matter?  Does the 
emdrive mistake void the concept of QI?

(The Ted talk has been deleted from youtube apparently.

Bob Cook

From: Bob Higgins<>

I have read McCulloch's book.  His proposition fails in causality.  Filters do 
not form with a filled state, they have a finite impulse response that he 
hadn't addressed when I asked him about it.

Russ <<>> wrote:

Here’s Mike McCulloch’s TedX talk last Thursday. It is remarkable work.<>

Mike is what one might call as ‘armchair physics anti-matter’ as he annihilates 
the fiction of dark matter with straight forward math and real data, 
eliminating the dark matter fudge that has made a sticky mess of science for a 
long time.

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