Worth noting - in the strange coincidences department (involving quantum
spin) .
Think about the oft-referenced quantum spin experiment known as
Stern-Gerlach. Silver vapor was used in the experiment.
That's right, silver atoms were evaporated using an electric furnace in a
vacuum. Why
Jones--
In passing you noted the unusual high spin state of Ag-108m. A little extra
spin (like that added by NMR machines to selected isotopes) may be enough to
catalyze a nuclear reaction and transition of spin energy to other forms of
kinetic energy in a multi-body entangled system. For
That should have been Pd 77% not Pd 67%.
Jones,
Thanks for the clarification regarding the JM Pd. I don't see in the
document that you are citing that "JM Pd" in table 10 is referenced
to "JM Pd Type A" that is apparently an alloy of Pd 67% and Ag 23%.
Where does it say that the "JM Pd" in
Jones,
Thanks for the clarification regarding the JM Pd. I don't see in the
document that you are citing that "JM Pd" in table 10 is referenced
to "JM Pd Type A" that is apparently an alloy of Pd 67% and Ag 23%.
Where does it say that the "JM Pd" in table 10 is "JM Pd Type A"? Are
you
I should add that the precise atomic ratio of 77/23 in the alloy known as
"Type A" which was discovered in 1930, is not arbitrary and is a critical
parameter. Brian Ahern and Keith Johnson discovered the superconductive
aspect (Tc) was maximized in an alloy at this precise ratio in a sharp peak,
Thanks Robert. I should have spent more time on the explanation of that
table, but the post was already getting too long.
The "JM Pd" is type A which is 23% Ag. This was apparently successful 17
times out of 28 including the hero effort which was 7 times more P-out than
any boron run.
The
Looking at Table 10 in the document cited, it
would appear that Boron is the smoking gun, not
silver. In fact Pd-Ag never worked but Pd-B worked 7 out of 8 times.
Robert Dorr
At 07:31 AM 10/29/2016, you wrote:
Fire up a rousing version of "The William Tell
Overture" in order to
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