Axil, Quick clarification. In your proposed charge accumulation in a 1-dimensional structure ie. SWNTs, the electrons form a coherent huge wave on the SWNTs. The electron charge is "orbiting" "circling" the 1-dimensional structure.
The way I understand this, the charge accumulation is on the SWNT. Hence, if the electron gets into the nucleus, they are getting into the nucleus of a Carbon atom. Are you then proposing fusion or fission of a Carbon atom? If you are, what is the expected by product of such a fusion or fission based on prevailing theories and/or "energy balance" formulas? How would the carbon atoms fission or fuse? What is the expected radiation? Alphas, Betas, X or gammas? or neutrons - fast or thermal? I would like to validate the SWNT mediated process by looking for these "expected" by products, which I presume would be quite different from H+ H+ fusion or Ni H+ fusion or Ni to Ni fusion. Feel free to speculate. I can then test the speculations with my experiments, with particular emphasis on looking for those by products. Jojo ----- Original Message ----- From: Axil Axil To: vortex-l@eskimo.com Sent: Monday, July 02, 2012 1:21 PM Subject: Re: [Vo]:Repulsive interactions between neutrons Hey, this is starting to sound like the L&W theory. But the electrons don’t need to form outside the nucleus. They get inside to do their mischief…which is the destabilization of the nucleus. Cheers: Axil
