From: Daniel Rocha
I hope you just noticed that the energy scale at which these
phenomena occur are puny in comparison to what is needed for fusion.
Right you are Daniel - yet this is an interesting
amplification phenomenon, nevertheless - but as you say it is a factor of
one thousand too low for the fusion threshold.
However, be not dismayed ... photons which are amplified by
a factor or 1200 are ideal for the Mills' effect - fractional hydrogen -
especially on the surface of nano-nickel.
Why is this kind of amplification particularly true for a
nickel surface ? Surprisingly, it could be because of the catalytic "holes"
(which are resonant at a Rydberg level) in nickel are found at deep
redundancy- which is the 7th ionization potential or 27.2 x 7 = 190.4 eV and
the 11th or 27.2 x 11 = 304.7
For many years, those who studied CQM in the context of the
actual gainful experiments, where the common denominator is often nickel ...
were perplexed about how such deep energy holes could be accessed when some
of the experiments were successful with only pressure, and zero added
electric field.
But nanoplasmonics provides a possible way. It is a
non-obvious way, it seems. Randy himself has never been able to provide a
satisfactory answer for why nickel is as active as it is... which is like
crapping out on the value of all the good experiments. He should have just
looked at the IP levels, 7 and 11. How is that for "convenience"?
... and you thought "craps" was only a casino game.
For the non-gamblers ... in the casino dice game there is a
"shooter" like Randy Mills, and he makes a "come-out" roll. A come-out roll
of 2, 3 or 12 is called "crapping out" and anyone betting the Pass line
loses. A come-out roll of 7 or 11 is a "natural", and the Pass line wins.
Nickel looks like a natural to me ...
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