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Re: Relativity drive
Hello Again KickAssClown and Qfwfq
As to why the conical shape makes the wave guide dispersive. I shall have to make some conjecter here, so bear with me. My guess is they the EM waves are not focused and aimed at the other end directly when emitted like a laser beam. The graphs on their site show a zig-zag path for the waves, and I suspect this is the reason for it. This zig-zag path allows some waves to become out of step with the others over the course of their trip. The math for calculating the correct shape of the wave guide, angles ect. would be a factor limiting my abilty to make on of these at home. Well, that and money.
On the matter of conserved probability density, crests and troughs, and other deep subjects. This is why I thought this device may make a good research tool for various theories. Can the "real" and "virtual" particles of quantum theory be treated differantly? Wave theories could be tested with it, and so on. Please look at my paper on this site, a link to it is in my last post. This should answer your questions as to crests and troughs, and show why I would want one of these devices for research.
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