Summary: John Wallace Relativistic quantum mechanics of cold fusion As a metallurgist John Wallace is interested in ferromagnetic effects. He has studied propagation of electromagnetic waves at 1 kHz - 3 MHz in an iron bar, from which a dispersion relation can be measured. The result indicated an anomalously low effective electron mass m* ~ 10-9 mo (rest mass), which is not understood, but may be relevant to LANR, where ferromagnetic effects are probably significant. Wallace did a quantum mechanical analysis with a 3-dimensional spherical potential, with a “dimension of randomization” parameter ε = h - /mc. He assumed a 3D spherical potential, then studied the limiting case where the potential V → 0 to see the resulting quantum numbers. A high-energy electron may go into a D nucleus, resulting in a zero spin state boson, which may lead to reactions.
On Thu, Feb 7, 2019 at 9:04 PM Terry Blanton <hohlr...@gmail.com> wrote: > Thanks to Ruby Carat > > https://youtu.be/YE9y7xYb-Ek > >>
