Sunday, February 27, 2011

NEW THEORY OF ELECTRICAL CONDUCTIVITY

If the inertial mass of an electric particle were an electrodynamic effect of  its own electrical field, the number of electric charges that carry the electricity in a conductor, would be constant for the same type of electrical charge, and it would be possible an explanation of the electrical resistance in relation to the internal magnetic field, needed to support a theory of  superconductivity.
The energy of the electromagnetic radiation would be equivalent of the kinetic energy of electrical charges moving into the electrical conductor, and electromagnetic radiation would have associated its own inertia, that would be radiated also, which would allow  an explanation of the gravitational field. The movement of the electric field would appear also to be responsible for the conservation of momentum.

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