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Cold and hot fusion  Uploading .... Palladium has more "electrons" in its outer shell ( 10 ) than any other element.
As the volumes of all atoms are about the same,
this means that an atom of palladium can bring together more
positive charges ( Protons ) than any other atom. ( By having positive ions
permeate the palladium. ) Increasing the number of positive charges within
a volume increases the probability of fusion.
The creation of helium nuclei from protons and neutrons would provide the
greatest "energy gain". This means that two protons and a couple of
neutrons must be brought together at the same point in space-time.
It seems to me that magnetic moments play a more important role in
configuring "fusion systems" than charge. Atoms tend to minimize charge,
whereas nuclei tend to minimize magnetic moments.
The use of palladium helps with the charge repulsion problem but does
nothing about the magnetic moment problem. I think that a properly
designed, hot or cold, fusion system would be more concerned with the
dynamics of creating a minimum magnetic moment at some point in space-time
rather than trying to overcome charge repulsion by brute force.
--
Tom Potter
http://www.tompotter.us
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