The Link Between the Spread Information and the Maxwell’s Equation

Delphin Kabey Mwinken, Rituraj Rituraj*, Adelino Joao Ganga Ngunza, Habaguhirwa Vedaste and Emoke Imre

Published: December 19, 2022

DOI: 10.55162/MCET.04.102

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Abstract  

The Forces between two charges are one the four fundamental forces that keep the world together Indeed when a single photon is emitted, it spreads over a system, the intensity decrease by square law of the distance which compliant with conservation of energy. A changing magnetic field creates an electric field, and a changing electric field creates a magnetic field, and an accelerating electric field creates an accelerating magnetic field. Electric lines are modeled for visualizing the effect in space of electrostatic forces that occur two or more charged particles. Maxwell equation provides a Mathematical model for electric, optical and radio technologies such as power generation, electrical motor and wireless communication. Unfortunately, Maxwell’s equation requires some advanced techniques which lie well beyond the understanding of this paper. The derivation of maxwell’s equations is approach established for the time -dependent from static laws, The variation of electrical fields and magnetic field and Faraday’s law can be derived without any assumption relativistic.

Keywords: Mathematical model; Maxwell’s equations; Electromagnetism; Wireless communication