Michel Planat Dear Neal,It is quite strange that only a few participants looked at your ideas. I red your essay and related papers by you an your father and I found them of interest. I had no time to enter into the details of your non-locality approach but it is useful in the panoply of theories. As the real world (if any) has multiple enties IAAAD may be one. You should have a look at S. Bobroskyiy essay and his reply to my comment about Vlasov's equation. The type of non-locality he is looking at may well have applications in the problem of dark matter. Thanks for an interesting essay.Michel
James Bowery Our experiments, not designed to investigate this matter, incidentally show that the only fit to the data is if our model assumes instantaneous scalar potential and c vector potential. We are still investigating. In any event, it isn't clear to me how instantaneous vector potential can be made consistent with the vector potential description of electromagnetic waves since the spatial structures of electromagnetic waves arises from the spatial structures (gradient and curl) of the vector potential.
James Bowery The experiments are based on:"Detection of the Time-dependent Electromagnetic Potential at 1.3 GHz"Natalia K. Nikolova and Robert K. ZimmermanCEM-R-46November 2007Computational Electromagnetics Laboratory, Department of Electrical and Computer
James Bowery "In the Grip of the Distant Universe: The Science of Inertia" describes computer simulation of propagation of electromagnetic radiation at c with IAAAD. Under what conditions, if any, is the source code for this available?
