NEW METHOD FOR DERIVATION OF LORENTZ TRANSFORMATION
Main Article Content
Abstract
in the modern field of heavy ion atomic physics, determined through Lorentz transformation [W. Greiner 1997]. At high energies one must investigate the relative wave equations. This means equations, which are invariant under Lorenz transformation. The Lorentz transformation is so important, that it needs, to be derived on a more logical basis. Many textbooks and research papers have derived Lorentz transformation by different postulates [Anderson, J.L. 1967][G. Nadean 1962][H.A. Atwater 1974], which are not treated electro-dynamically this paper exhibits a method of finding the Lorentz transformation by exploiting the Maxwell's famous equations of the electromagnetic field equations
Article Details
How to Cite
Publication Dates
References
W. Greiner. (1997). Relativistic Quantum Mechanics, Wave Equations. Springer.
Anderson, J.L. (1967), Principles of Relativity Physics", New York. London: Academic press.
G. Nadean (1962), the Lorentz- Einstein Transformation obtained by a vector method, Amer. I.Phys30.pp.602-3.
H.A. Atwater (1974), Introduction to General Relativity, Pergamon press.