The application of mc2 bvl coulomb to plasma confinement: Ignition in a fusion test reactor

The mechanism by which to prevent lateral ionic drift of ions and electrons in a plasma confinement apparatus, i.e., Tokamak, wherein additional toroidal, poloidal and solenoidal coils are utilized for the production of very weak magnetic fields about the order of magnitude 10-10 gauss to 10-21 gauss (depending upon the circumference of the toroidal magnetic confinement chamber), should induce a reorientation of the internal crystalline state of said ions and electrons (and neutrinos) whereby said ponderable bodies would be maintained within the fundamental body of the plasma so as to propitiate ignition of said plasma and maintain the appropriate temperatures in hundreds of millions of degrees Kelvin to propagate controlled thermonuclear fusion power for commercial purposes. The theoretical basis of said maintenance of ions, electrons and neutrinos within the body of the plasma would include the four fundamental quantum phenomena: the piezo-electric effect, quantum Hall effects, cyclotron resonance effect and magnetic resonance to be summed up by the unified field equation mc2=Bvl coulomb. (author). 15 refs., 2 figs