Chapter 7: Lorentz transform is a math game

Chapter 7: Lorentz transform is a math game

The length shrinking calculation is made by x in reverse transform, and the time expanding calculation is made by t in positive transform. The above calculations are of no deduction logic in math, and are of no physical connotation from physics. If the above calculations are reversed, then time is shrinking and length is expanding; if reverse transform is adopted in the two calculations, time and length are all shrinking; if positive transformation is adopted in the two calculations, time and length are all expanding. The above analysis is the foundation of relative theory, which means that the relative theory has neither math deduction logic nor physical connotation. The different calculations can result in different time-space variation, Einstein’s relative theory is of random application, which indicates that Lorentz transform is of no definite physical connotation and is just as a math game. A book about relative theory has pointed out that Lorentz had an ambiguous understanding about t' and its transform’s physical meanings. So Lorentz transform is called a math game in this book.

In Lorentz transformations, two linear functions were made calculation in one square function, and then compared with another square function of the same type, parameter value in variable x't' is set to zero, and the calculation result is pure maths transform function which has no relation with physical definitions. It is just a math hypothesis for interpreting the zero result in ether medium interference experiment. An instance is made to interpret that the Lorentz transform is just a math game, in which the measured light velocity is w. The “w relative theory” is deduced from Einstein’s transform method, the length shrinking equation in “w relative theory” is identical to Einstein’s equation, the time expanding equation in “w relative theory” has higher order indefinite small deviation from Einstein’s equation, but they are of same equation type. The “w relative theory Doppler effect” and “w relative theory resultant velocity” can give reasonable interpretation to history physical experiments as well as half live experiment of modern high energy p meson, they also had predicted the limiting velocity c0 (the radiation velocity relative to the radiation source is not larger than c0). In the same way, “w relative theory dynamics” and “w relative theory electromagnetism” as well as “the general relative theory” can be brought forward; even the gravitational red shift and mercury advance of perihelion can be predicted. It seems that “w relative theory” is omnipotent in actual world, is it really? The answer is definite NO. The above analysis indicates that the Lorentz transform is just a math game without physical meanings.

The w in “w relative theory” is an arbitrary value, if w is infinite large, infinite relative theories will be made of different interpretation types and their structural form are the same. It is the electromagnetic law’s unchanging type under Lorentz transform. The unchanging type is not the unchanging type in Lorentz transform in nature, and Lorentz transform itself is a math game with unchanging equation type. Einstein made a mistake to deduce the relative theory in this math game, which is the mistake origin.

A conclusion is made from the interpretation of “w relative theory” in the microcosm that judging of relative theory can be made upon neither the calculation value in micro-world nor the predicted events by relative theory(as well as “w relative theory”)， the correct judgments should be made based on the physical definition and physical principle as well as the calculation value in differential calculation by relative theory. So the chapter6 has listed the touchstones for relative theory.

The conclusion in this chapter is that Lorentz transform is a math game based on ether medium, Einstein deduced the mistake relative theory of ether space shrinking and relative time expanding, so is the “w relative theory” in this chapter.