The Theses of Christoph von Mettenheim
Thesis No. 1: The special theory of relativity rests on the premise that the velocity of light in a vacuum will be constant and cannot be influenced by the velocity of the source from which the light is coming. From this premise Einstein concluded that time itself must be relative.
Thesis No. 2: In everyday language the concept of ‘velocity’ will designate the relation of distance and time. This concept of everyday language has never been called into question in the theory of relativity. It implies, and presupposes, a concept of ‘time’.
Thesis No. 3: If velocity is to be constant, then this concept of ‘time’ must not change on the distance observed. In the terminology of the theory of relativity it must therefore be ‘absolute’.
Thesis No. 4: Special relativity therefore presupposes in the premise of the constant
spreading velocity of light that time is absolute, and infers from this that time is not absolute. It therefore includes a logical contradiction.
Thesis No. 5: The formulae of special relativity were regarded by Einstein, and are still being regarded today, as practicable approximations to the formulae of general relativity for circular and elliptical motions.
Thesis No. 6: Whenever observations (experiments) were considered to be confirmations of a relativistic time dilation it was always a presupposed interpretation that the formulae of special relativity can be used as approximations to establish relativistic time dilation.
Thesis No. 7: Any application of the special theory of relativity to facts occurring in reality, in particular to measurements of a relativistic time dilation, presupposes some unit of measurement which must first be defined.
Thesis No. 8: Einstein and the adherents of the theory of relativity have never defined units of ‘relative time’ differing from conventional units of time. Where they make exact calculations, they employ ‘hours’, or ‘minutes’ or ‘seconds’, or units derived from these.
Thesis No. 9: ‘Hours’, and ‘minutes’ and ‘seconds’ have been derived from the conventional standard given by the Earth’s rotation.
Thesis No. 10: Any application of the formulae of special relativity in connection with the time units of ‘hours’, or ‘minutes’ or ‘seconds’ for calculating the relativistic time dilations of circular or elliptical motions will lead to logical contradictions.
Thesis No. 11: The same logical contradictions will arise from the application of other standards of measurement (e.g. caesium beam clocks), provided they are employed consistently.
Thesis No. 12: Hence, the mathematical formulae of special relativity are inadequate to establish the relativity of time. They are, however, logically consistent, and can therefore be employed to refute the original hypothesis that the velocity of light in a vacuum will be constant and cannot be influenced by the velocity of the source from which the light is coming.
Q. E. D.
Christoph von Mettenhem ALBERT EINSTEIN oder Der Irrtum eines Jahrhunderts
The hermeneutic of continuity: Statue of Galileo
1 comment:
"Hence, the mathematical formulae of special relativity are inadequate to establish the relativity of time."
How does he define the "relativity of time?" Aristotle defines time as the measure of motion (change). We can measure motion (change) however we want, using whatever units we want. Time is by its nature relative to something, e.g., the motion of the sun, moon, stars, sand in an hour glass, etc.
Also, Einstein preferred to call his "Theory of Relativity" the "Theory of Invariants" (invariants are measured quantities that remain the same regardless how they are measured) because of the potential philosophical confusions resulting from the word "relativity" (e.g., moral relativism). For an excellent overview of Einstein's "Theory of Invariants" (a.k.a. "relativity"), see the chapter towards the end of Dr. Rizzi's Physics for Realists.
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