"The divergence is a measure of the out‡ow of the fi…eld in the neighborhood of a point, and the two constraints tell us respectively that any such out‡ow of the electric …field is due to the presence of a charge at that point acting as a source, while the magnetic fi…eld can have no sources (there are no magnetic charges)."
In my work, I show there is a fundamental error in the assumptions of physics. First, charge is a dimension and not an object. Second, all charge is always distributed and is never a point. Even an electron has a surface. Third, there are, indeed, two types of charges. There is the electrostatic charge, and there is a quantifiable magnetic charge. Further, with the exception of electrostatic fields and magnetic moment, all other electrical units should be measured and notated in terms of magnetic charge.
The above understanding corrects numerous errors in physics, which lead to contradictory and unusual paradigms (like wave/particle duality and force particles). Further, the correct notation of charge as distributed, and the recognition of magnetic charge allows for a simple Newtonian unification of the fundamental forces. This is the subject of my paper:
http://fqxi.org/community/forum/topic/1531
Nobody would consider someone with only a high school GED to be able to make any meaningful contributions to physics. However, sometimes what the world needs is someone who can see things from a completely fresh perspective. I had the luxury of a clean mind, not polluted with incorrect assumptions, and was able to completely reconstruct the foundations of physics working only with known physical constants.
When I read your paper, and others like it, I can see valiant efforts to look beyond the mainstream, but you are still working within the fundamental assumptions of point charge and magnetism being quantified as moving point charge. These are fundamental errors, themselves.
I am certain that if brilliant minds, such as yours, could take the time to investigate the new foundations of physics I have formulated, you would be positioned to make significant and practical discoveries.
