The Maxwell Equations, the Lorentz Field and the Electromagnetic Nanofield with Regard to the Question of Relativity
Daniele Sasso · viXra · 2012
We discuss the Electromagnetic Theory in some main respects and specifically with relation to the question of Relativity. Let us consider the Maxwell equations for the representation of the electromagnetic field and the Lorentz force for the description of the motion of a particle in a field of magnetic induction. The Lorentz force is also useful for describing the behavior of the electromagnetic field in presence of cut flux, that is the physical situation which happens with respect to interactive moving reference systems. We examine at last physics of the electromagnetic nanofield which is essential for the definition of the behaviour of single energy quanta that compose the energy radiation. Let us have to accept that physics and science have an insurmountable limit and that they can give an answer to all possible questions except the first and the last. Those who want to give an answer to these two questions have to leave physics and science with their method and to go into the the order of philosophy or of religion.