Coulomb. Faraday
Miles Mathis: Coulomb's equation is a Unified Field equation in disguise
http://www.godparticle.xyz/coul.html#quantun
MM will show how Coulomb's equations can be related to Newton's. Also to show that Coulomb's constant is connected to the Bohr radius, mathematically and mechanically. MM will also show that the current constant, though highly suggestive, is incorrect
Coulomb's objects. Because they are spheres, they must emit a spherical field, and a spherical field must obey the inverse square law.
Current theory ignores this in a most flagrant manner, and they do so because they must ignore that the charge field is an emitted field. The field stops being mysterious once we realize that the density of spherical emission must fall off with the inverse square, but current theory cannot follow this reasoning. Physicists would rather cloak the field in mystery than admit that it acts precisely like a field of emission. If it is an emission field, they have to consider its mechanics. If they consider its mechanics, they have to quit talking about virtual photons or messenger photons and start talking about real photons with real energy. And if they do that, they have to ask how quanta emit quanta without dissolving. It becomes a fundamental question of conservation of energy
* * *
F = m4/s4 = v4
Notice that this last equation tells us that a force is a velocity squared squared. That is perfectly logical, although it is not something we ever find in these physics textbooks. Wikipedia, under the heading "statcoulomb", will not tell us that charge is the same as mass. Not only will it not admit that charge is dimensionally the same as mass, it goes out of its way to hide it. In this, Wiki is like all other standard textbooks, online and off. It says, "Performing dimensional analysis on Coulomb's law, the dimension of electrical charge in cgs must be [mass]1/2 [length]3/2 [time]-1". But, as MM just showed, that dimensional analysis stops short of completion, by one very important step. Wikipedia asks the question, tells you the answer, but tells you the wrong answer, on purpose