On 2011-04-30 04:44, Rich Murray wrote:
Uh, so far all known magnets have two poles and attract each other,
unless held in a lattice that confines them strongly in a repulsive pattern.
On the nanoscale, this would store huge amounts of energy.
You're absolutely right here, of course.
I regret
On 2011-04-30 05:07, Axil Axil wrote:
As documented in the Cat-E patent, Rossi ash contains no element heavier
the zinc. I have also looked at the waste documented in publically
available spectrographs that have been produced by the Piantelli’s
process and have not seen heavy elements there
If Zr were present in the catalyst, It would have been found in the ash. It
has not.
On Fri, Apr 29, 2011 at 2:23 PM, Akira Shirakawa
shirakawa.ak...@gmail.comwrote:
Hello group,
In a recent interview in italian by Radio24, Francesco Celani mentioned
that it is Yoshiaki Arata who first
Hi Akira Shirakawa,
... It's possible that during preparation, which might
also involve heat and vacuum, nanoparticles are also magnetically charged to
make them tend to repel each other.
Uh, so far all known magnets have two poles and attract each other,
unless held in a lattice that confines
From: Axil Axil
If Zr were present in the catalyst, It would have been found in the ash. It
has not.
Have you analyzed the spectrographs in the patent for Zr lines ?
As documented in the Cat-E patent, Rossi ash contains no element heavier the
zinc. I have also looked at the waste documented in publically available
spectrographs that have been produced by the Piantelli’s process and have
not seen heavy elements there either.
On Fri, Apr 29, 2011 at 10:45
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