Sorry Jones, I have no way to detect UV spectral lines with this setup. Even
though the 1500 l/mm diffraction grating I used can pass UV wavelenghts down to
about 255 nm it's unlikely they would get through the soda-lime glass jar and
the microwave oven door. 27.2 eV and 13.6 eV are way into
The biggest crime is still ongoing.
Companies like Merck (+ vaccine makers) actively bribe CDD/FDA/WHO to
not allow *IVERMECTIN *for CoV-19 treatment. Now the USA state mafia
tops this and donates 1.2 billion to Merck for an already failed drug.
See statement of Dr. Kory:
I like the sound of "something strange going on."
Heck, it might be worthwhile to try various mixtures of KCl and NaCl to see if
there is an obvious particular ratio where the sparking is maximized.
Mills uses a pinhole technique for finding UV where he actually drills a sub-mm
hole into the
Mike:
There may be transmutation of potassium to sodium going on. The cessation
of the sparking before all the water boils off may indicate that the
majority of the potassium has been transmuted to sodium since the potassium
carries the reaction and sodium does not.
Initially in order to
I read a lot of scientific papers covering a broad variety of subjects. It's
how I amuse myself, even though I am not a scientist. Some people play golf, I
read scientific papers. I'm sure many of you on this list have noticed that
papers on research payed for with your tax dollars are not
Potassium atoms are strongly sensitive to a magnetic field. This could relate
to what is happening in the experiment where microwave radiation is applied to
KCl (at least in the sense of ultra strong coupling to the gigahertz waves
from the oven.)
The most sensitive magnetometer available ,
In reply to Jones Beene's message of Tue, 15 Jun 2021 22:45:37 + (UTC):
Hi,
[snip]
>I like the sound of "something strange going on."
>Heck, it might be worthwhile to try various mixtures of KCl and NaCl to see if
>there is an obvious particular ratio where the sparking is maximized.
>Mills
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