1. Haengjin Choe: On the justification and ....

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Volume 37: Pages 91-95, 2024

 

On the justification and validity of causality in classical electromagnetism

 

Haengjin Choea)

 

2F, 205, 24, Daeheung 3-gil, Jeongeup-si, Jeonbuk-do 56162, Republic of Korea

 

Determining the causality in electromagnetism is more difficult than determining the causality in classical mechanics. Newton’s second law and the laws of Faraday and of Ampe`re are very different in character. Whereas Newton’s second law holds for a point in space, the laws of Faraday and of Ampe`re hold for a region in space. The ultimate aim of this article is to delve into the correct mechanism of propagation of electromagnetic waves. And, in this article, we investigate the wrong reasoning of other authors. It is concluded that an electric field neither generates nor induces a magnetic field and a magnetic field neither generates nor induces an electric field.

 

Déterminer la causalité en électromagnétisme est plus difficile que déterminer la causalité en mécanique classique. La deuxième loi de Newton et les lois de Faraday et d’Ampère ont un caractère très différent. Alors que la deuxième loi de Newton s’applique à un point de l’espace, les lois de Faraday et d’Ampère s’appliquent à une région de l’espace. Le but ultime de cet article est d’approfondir le mécanisme correct de propagation des ondes électromagnétiques. Et dans cet article, nous étudions les raisonnements erronés d’autres auteurs. On conclut qu'un champ électrique ne génère ni n'induit de champ magnétique et qu'un champ magnétique ne génère ni n'induit de champ électrique.

 

Key words: Causality; Causal Equation; Faraday Law; Ampe`re Law; Desynchronization Mechanism; Synchronization Mechanism; Coulomb Law; Biot–Savart Law; Maxwell’s Demon; Haengjin’s Demons.

 

Received: January 2, 2024, Accepted: February 15 2024; Published Online: March 12, 2024

 

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