Every âexcitonâ in some varieties of
metal-loaded deuterium LENR may likewise be a âlocalâ
HTSC circuit.
Another very good comment. The superconductivity involves protons in a proton conductor not electrons in a normal conductor.
I done a great deal of work in this area. The quantum emission is described in terms of the emitted particle. The relationship between the frequency and energy of the emitted particle is described by Planck's constant. Znidarsic's constant describes the geometry of the emitter. This geometry is measured with capacitance. One megahertz-meter is equivalent to Planck's constant. It also expresses the path of the quantum transition. I have shown this to be the case for atomic, photon, and nuclear emissions. See chapters 10 11 and 13. The constant may also be applied to macro Bose condensates. The condensate may then be placed into a state of quantum transition.
I got a midi and added some fun music to my saucer animation in Chapter 4 and in the self test.
enjoy
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This is not a new idea for me. I've been sticking to it since 1990 and not bouncing around.
There is some new and important physics here but physics as a hole remains unchanged.
Frank Z
