Article Open Access http://dx.doi.org/10.26855/jamc.2022.06.002
Einstein’s Method of Proving the Lorentz Transformation
Haijun Liu
Shanxi Chemical Research Institute, Taiyuan, Shanxi Province, 030021, China.
*Corresponding author: Haijun Liu
Published: April 14,2022
Abstract
It is a detailed restoration of Einstein’s thought process of the Lorentz transformation, using the method of simple proof. It is pointed out that the expression of the invariable principle of light speed in the coordinate system K', x'-ct' =0, does not exist at all. It is pointed out that the relation between (x'-ct')=λ(x-ct) and (x'+ct')=μ(x+ct) of the invariable principle of light speed between the stationary reference frame and the moving reference frame for the optical signal moving along the positive and negative half axes respectively is meaningless. It is pointed out that in the two relations, x and x' are positive and negative numbers respectively, and the two equations are not equivalent and cannot solve the equations simultaneously. It is pointed out that when t=0, or when t'=0, x=0, x' =0, all of Einstein’s derivations and all of his conclusions, have no meaning, are completely wrong, and the Lorentz transformation is not valid. It’s a detailed restoration of Einstein’s thought process of lorentz transformation, using the method of coordinates. It is pointed out that the time τ of the moving reference frame is not a function of x' at all, but a function of the corresponding time t of the stationary reference frame. Einstein’s equation, which proves that any two points in a frame of reference to motion are simultaneous, is completely wrong. And the partial derivative of the relationship is wrong. You don’t get the partial differential equation he’s talking about. It is pointed out that Einstein’s expression for the speed of light on the vertical axis is wrong. It is pointed out that the values of (ξ, η, ζ, τ) determined by Einstein are wrong, that is, the Lorentz transformation is wrong. It is pointed out that Einstein’s definition of simultaneous travel is a false proposition. Pointing out that the method Einstein used in both methods was wrong. Of course, there is no imaginary Φ function or the famous Lorentz transformation.
References
[1] Einstein. (2019). Special and General Theory of Relativity: A Brief Introduction, Peking University Press, Beijing, 1-32, 109-115, 209-228.
[2] Einstein. (2017). The Collected Works of Albert Einstein (Supplement): Volume 2, The Commercial Press, Beijing, 92-126.
[3] P. Zhou. (2019). Theoretical Mechanics, Science Press, Beijing.
How to cite this paper
Einstein's Method of Proving the Lorentz Transformation
How to cite this paper: Haijun Liu. (2022) Einstein's Method of Proving the Lorentz Transformation. Journal of Applied Mathematics and Computation, 6(2), 178-187.
DOI: http://dx.doi.org/10.26855/jamc.2022.06.002