Abstract
The main objective is to understand the meaning of Maxwell’s equations. It is
a set of four differential equations that describe several fundamental laws that are already
known. Why did these equations cause a revolution in physics? One reason is that the
distribution of the electromagnetic field can be obtained by solving first- or second-order
differential equations. Several examples have been shown to obtain the distribution of
the electric field produced by simple electrodes. The three-dimensional trapping of
charged matter can be achieved via two methods: the combination of a DC electric field
and a DC magnetic field or using an AC electric field.
The most important aspect of Maxwell’s equation is that it elucidates the identity of light
as an electromagnetic wave. Light energy is given as the potential energy of electric and
magnetic fields. Light has momentum and generates radiation pressure on a reflecting
mirror.
The speed of light was determined to be independent of the observer, which was the basis
for the theory of relativity. A fundamental aspect of the theory of special relativity is also
introduced.
Keywords: Ampere’s law, Coulomb’s law, Cyclotron radiation, Electromagnetic wave, Faraday’s law of induction, Gauss’s theorem, Maxwell’s equation, Lorenz transform, Stokes’s theorem, The speed of light, Theory of relativity, Trap of charged matter.
Related Journals
Current Physics
Related Books
Advances in Classical Field Theory
Are We There Yet? The Search for a Theory of Everything
Atmospheric Flow Fields: Theory, Numerical Methods And Software Tools
Atomic Coherence and its Potential Applications
.jpg)
Classical Fluid Mechanics
Classical Mechanics and Quantum Mechanics: An Historic-Axiomatic Approach
Density Matrix Theories in Quantum Physics
Digital Signal Processing in Experimental Research Volume Title: Fast Transform Methods in Digital Signal Processing
Dynamical Processes In Atomic And Molecular Physics
