Patrick Cornille
French Atomic Energy Commission
We review the application of Newton's third law in all branches of physics, namely: special relativity, electromagnetism, quantum mechanics, circuit and antenna theory.
Until now, there is no experimental evidence showing that Newton's third law has ever been violated in classical physics. However, in both classical physics and in special relativity theory this law is violated for different reasons.
The violation of this law implies consequences that can be tested experimentally, namely a charged conductor at rest in the Earth reference frame can set itself in motion and accelerate its center of mass or rotate without external help. We review several experiments with conductors charged with a high voltage which show these effects
https://www.researchgate.net/publication...in_physics
There are in the literature many reports concerning experiments showing that conductors submitted to high voltage or with high currents passing through them are moving without the help of an external observer.
By using Newtonian mechanics and the application of Newton’s third law, we are able to explain this motion or propulsion effect either as resulting from a spontaneous force if we use the Amp`ere force law or as a stimulated force if we use the Lorentz force law.
https://www.researchgate.net/publication...n_Pub_JAAE
The Lorentz forces exerted by freely moving charges
upon one another are not equal and opposite
because
the Lorentz force does not obey
Newton's third principle contrary to the Ampère force which follows this principle.
As a result, a pair of charged particles in
relative motion can change its state of motion without external help.
We review past
experiments which showed this effect.
THE LORENTZ FORCE AND THE NEWTON'S THIRD PRINCIPLE
PATRICK CORNILLE
12 Rue Maurice Ravel
94440 Santeny France
https://www.researchgate.net/publication...s%20effect.
