Here are two messages from someone who is either in India or
Minnesota, about nanoparticles.
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From: Erach <[EMAIL PROTECTED]>
Dear Jed Rothwell,
Thank you for your excellent book online on
cold-fusion.
I am a PhD in Computer Science from the University of Minnesota,
Minneapolis.
My colleague Dr. S. B. Khadkikar (retd.) is head of theoretical physics
group, Physics Research Laboratory, Ahmedabad. This gives him a
rank of deputy-director of a 400 person organization.
Dr Khadkikar had a theory that nano-particles of Palladium were
responsible for the variability in
Palladium cathodes.
Basically, even if you search lenr-canr.org with the word
"nano" you will notice that:
1. nano-particles are noticed in active fusion electrodes.
2. charging and discharging the cathode results in formation of
"active" surfaces or we hypothesize,
nano-particles.
3. making Boron Palladium alloy results in formation of
"surfaces" between Boron and Palladium where
nano-particles might be found in plenty.
4. nano-particles have a very very high surface area to volume ratio
------ it is at these surfaces that
the reaction takes place.
Where will I find experimenters to run an experiment based on these
hypothesis ---- we have designed in
theory the experimental setup with full operational controls.
Can you email me the names/email ids of leading cold fusion theorists in
USA.
Thanking You,
Erach A. Irani, PhD
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We've filed a patent on its use in cold fusion.
Do you have contacts with experimenters in cold fusion to take advantage
of that fact.
I am in India, and in India I cannot do the experiment with heavy water
by myself.
Thanks,
Erach
