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Electrons Emitting Electromagnetic Information (e.m.i)

Alberto Mesquita Filho
© 1999

Published in Brazilian scientific journal Integração VII(24):63-7,2001,
edited by the Research Center of  São Judas Tadeu University

This section in Portuguese
Este artigo em português

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
 

 

 

The history for the search of a light theory is far from being complete. The verdict of the 19th century was not final and conclusive. There is still the entire problem of deciding between corpuscles and waves in modern physics, now in a deeper and intricate way. We accept the defeat of the corpuscular light theory until the acknowledge the problematic nature of the victory of the undulant theory.

Einstein and Infeld [1]

1. Abstract

Abstract: New ideas are presented concerning the electromagnetic radiation, all of them denying both undulant nature and a corpuscular one. The author explains some aspects concerning the reaction of radiation and the orbits allowed by Bohr; these are themes which modern physics still has to explain in a proper way. He also suggests the existence of fields permeated by real particles which are in contrast with the double nature of the “electromagnetic wave”.
Key words: electron, electromagnetic information, electromagnetic radiation, electromagnetism, field theory.

Resumo: Novas idéias são apresentadas para a radiação eletromagnética a refutarem tanto uma natureza ondulatória quanto corpuscular. O autor esclarece alguns aspectos relativos à reação de radiação e às órbitas permitidas de Bohr, temas estes sobre os quais a física moderna fica a nos dever explicações; e sugere a existência de campos permeados por partículas reais, a contrastarem com a natureza dual da "onda eletromagnética".
Palavras chave: elétron, eletromagnetismo, informação eletromagnética, radiação eletromagnética, teoria de campo.



[1] EINSTEIN, A. e L. INFELD, A Evolução da Física, Zahar Ed., Rio de Janeiro, 1980, p. 98.