Michelson’s
Sufferings
A.
D.
Rudnev
Arguments about the
Michelson experiment have been going on for years. Suppoters of
different theories
have been finding more new details of the experimentation, new
approaches to the
rules of obtaining the end result without thinking that they use
physical
objects that have no physical description, i.e. their influence on the
result
is unknown.
It reminds me of a problem of
calculating a number of apples in a birch. "A
birch has n branches, each branch has m
apples…" Sure, one can calculate it. But there are no apples
in birches. So
all these attempts of revision of the Michelson experiment will be
monkey business
until all the subjects of the experiment are determined with physical
parameters. |
Chapter 1. What is it
all
about?
Extracts
from the article
|
Analysis
and conclusions
|
W. Thomson (Lord Kelvin) wrote in 1893: "Many workers and many thinkers have helped to built up the nineteenth century school of plenum - one ether for light, heat, electricity, magnetism". However, in the 19th century there were still a great number candidates for the title of this one aether, many of them, though not all, were suggested before Maxwell and differed from each other by such properties as degrees of homogeneity and compressibility and to what extent they were dragged by the Earth. It was the main reason for a great number of postmaxwell “Maxwell’s theories”. |
At that time they understood that it was
impossible to understand all the
rest without understanding of the essence of
aether. It was obvious as well that this aether must be studied and must be given some definite parameters. |
The most important problem which was to be solved by all these creators of aether and authors of “Maxwell theories” was dynamic explanation of J. Bradley’s aberration of light, Fresnel’s drag theory, and later the Michelson-Morley experiment (1887). | It is an obvious mistake striking with the illogical conclusion. We are suggested building houses and palaces before we learn properties of brick. Gentlemen, that won’t do. Knowledge develops from the particular to the general. And as aether is among Fresnel and Maxwell’s objects of interaction, one can only speculate without it. |
H. A. Lorentz criticized the theory of
Michelson’s |
And this is a vivid example of what
these speculations can lead to. One hypothesis
is superimposed by another. Reliability of conglomerate tends to zero
[1]. A
solid body is supposed to be deformed during the interaction of mobile aether
and a solid body. Does it mean that
if one presses a steel pig with a cotton pad, the steel pig will be
deformed? (Blore's razor)
|
J. Larmor published the essay “Aether and Matter” in 1900 which contained not only the right rearrangements of the equations connecting one coordinate system of space-and-time with another moving with a constant velocity v relative to the former, but also a proof that one can get the Fitzgerald-Lorentz contraction with the help of them. | It is an instructive example too. This time it is substitution of a solution of a physical problem with a mathematical one. It is easier. And the spectator’s attention is now compelled to the coordinates transformation. For years to come… - It is a typical magician’s trick. |
So, as a result of the circumstances mentioned above a fertile ground for creation of the special theory of relativity (STR) in 1905 was prepared. The theory is based on the then seeming unshakable principles (postulates) from which the already known Lorentz’s modifications were deduced. | There is nothing to say against it. And does one need to? |