Indeed, in the Coulomb gauge, the electrical field propagates with an infinite speed. This is known for over a century. But this ignores what happens magnetic field. In the end, the propagation of energy happens at c.
2014-02-15 13:04 GMT-02:00 <[email protected]>: > I produced something like that from my model. My model taken to the > extreme states that electrons are rigid. One of my theorems is, > "Electrons do not bounce." They cannot bounce their energy away and all > wind up in the lowest energy state. This is the root cause of Fermi > statistics. > > The quantum behavior of the electron can be explained by this > interaction. They interact through a process of elastic failure. Elastic > failure is a classical property. Electrons don't bounce and interact > through a process of elastic failure; sort of like a thrown egg. > Impedance matched systems do not bounce. Electrons propagate through > channels of matching impedance. The quantification of the velocity of the > process (1,094,000 meters per second) produced the quantum condition. > > That's what I got out of cold fusion. > > Frank Z > > > > -- Daniel Rocha - RJ [email protected]
