Blank Jones wrote.. Therefore this cannot be correct, can it? ... since >the electron has substantial mass; not only is pushing >that much mass to lightspeed, or even close ... >totally out of the question, since the electron would >then have more mass-energy equivalent then the nucleus >itself - but where would the energy required to do >this - be coming from?
Robin posted an interesting thought >From the rest mass lost by proton and electron during shrinkage. Since the electron is continually losing rest mass, while it gains kinetic energy, there comes a point where the next level is unattainable. According to the first graph on my web page (http://users.bigpond.net.au/rvanspaa/New-hydrogen.html) this occurs about q=124 (p=124 to use Mills quantum numbers). However the exact level is irrelevant, for "home grown" Hydrinos, because fusion would occur long before then. Howdy Vorts, Robin's math demonstrates my thoughts that science lacks the mathematics to take fusion to the next level. Pure conjecture on my part that... magnetics are poorly understood and the pivital role played by magnetics in balancing Robin's equation cannot be fully stated as confirmed by Robins math. One of the design tasks we envision in our water vortex apparatus is make a series of "throats" similar to the old "Gibson formula" for venturis that would both accelerate and expand the fluid flow. Stacking the vortex may produce the same result as pulsation and /or lend support to Robin's thoughts. An alternate thought we have is to use expanders similar to the "Lazell flow nozzle" that produces the opposite effectas the Gibson throat. Since nuclear physics is not our forte, we must rely on fluid hydraulics to achieve what little progress we make in water treatment. Imagine an acceleration of fluid flow beyond so called terminal velocity of water. This may be possible using a combination of socalled "ejector throats". If these velocities can be achieved, do they have an application for study of light or heavy H ? hmmm. The vortex group offers us a constant stimulation of thought. Richard
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