Electrons Emitting Electromagnetic Information (e.m.i)

Alberto Mesquita Filho

1. Abstract
2. Introduction
3. Static electromagnetic fields
4. Stationary electromagnetic fields
5. Electrons emitting electromagnetic radiation
6. The energy of electromagnetic radiations
7. The material component of electromagnetic radiations
8. Bibliography

2. Introduction

//////In a recent paper (MESQUITA 93) I emphasised the need for an evolution in physics in terms of incorporating a field theory based not on an “instant action from a distance” between “non-existing fluids”, but on a real communication between elementary particles. According to this principle, I proposed an alternative theory to Maxwell-Lorentz’s classical theory, by the introduction of the concept of electromagnetic information (e.m.i.)

//////The basic ideas supporting this new theory had already been proposed in 1983 and published in 1984; it remained its equating as well as its fitting to physical reality, which happened in 1993 in the above mentioned paper. Complementary and important details were slowly added to the original project through several articles (MESQUITA 1987, 1995a, 1995b, 1996 and 1997).

//////In this essay we shall present some consideration especially concerning to hypothesis 2 (H-2), mentioned in the 1993 and 1997 papers:

“The electron (proton) emits to the surrounding space, electromagnetic information which polarise such space”.

We shall particularly discuss: a) how the e.m.i. contribute to the production of static or motionless electromagnetic fields; b) the conditions under which electrons generate non-static electromagnetic fields which vary according to time ¾electromagnetic radiation or changing fields spreading themselves in space and those classically referred to as “electromagnetic waves”; and c) the indicators in accordance with the new theory which reinforce the suspecting that some of these changing fields are permeated by real particles (photons, neutrinos and/or entropins [2] ) which contrast with the so called dual nature of the electromagnetic wave.

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[2] The existence of neutrins is suggested by MESQUITA (1995b).