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1. The Need of New Approaches - Kritische Stimmen zur ...

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Chapter 9: <strong>The</strong> Thought Experiment<br />

778 / 2005-02-02 - DEUTSCHER BUNDESTAG, Committee for Culture and the Media. Berlin.<br />

CD-ROM <strong>1.</strong>2 with printout <strong>of</strong> 93 sample pages, 2nd Progress Report.<br />

Extract:<br />

“Should the committee prefer not to take a stand against the problems uncovered by our documentation because<br />

“one can’t do anything about it”, because everything must remain as it is - which we, however, do not believe - we<br />

would at least like to have one <strong>of</strong> our questions responded to publicly:<br />

Why may 95 years <strong>of</strong> criticism <strong>of</strong> the special theory <strong>of</strong> relativity (1908-2003) be suppressed?<br />

For the sake <strong>of</strong> simplicity, the question can be also be subdivided into two question subsections:<br />

May 95 years <strong>of</strong> criticism <strong>of</strong> the special theory <strong>of</strong> relativity (1908-2003) be suppressed? And if so: For how<br />

long?<br />

(...)<br />

Appendix: Short Discussion <strong>of</strong> the Standard Presentation <strong>of</strong> the Relativists<br />

According to the conviction <strong>of</strong> the relativists, their creed can be stated roughly as it was again recently<br />

formulated in a large German newspaper (29.9.02), and as one finds it in all presentations <strong>of</strong> the theory (newspaper<br />

title and author therefore play no role):<br />

“An important experiment <strong>of</strong> the modern age was, for example, the attempt to prove the existence <strong>of</strong> the ether.<br />

This was conceived by physicists as being an ideal substance that served as a carrier medium for the spreading <strong>of</strong><br />

light waves. Towards the end <strong>of</strong> the 19th century the physicist Albert Michelson and the chemist Edward Morley<br />

designed an arrangement <strong>of</strong> mirrors that reflected beams <strong>of</strong> light in various directions. In the ether these should<br />

have propagated differently. But regardless <strong>of</strong> the path travelled by the light - the time difference between them was<br />

always zero. Nor could this be altered, despite the precision <strong>of</strong> the measurements.<br />

<strong>The</strong> Michelson-Morley experiment at that time shocked the foundations <strong>of</strong> physics. <strong>The</strong>reafter there was no<br />

longer an ether, no absolute space and, as Albert Einstein later added, not even an absolute time. In his famous<br />

formula e=mc² there is now only one constant: the speed <strong>of</strong> light.”<br />

Everything in this description - except for the name <strong>of</strong> the researchers involved - is incorrect. <strong>The</strong> false claims as<br />

to the interferometry experiment undertaken by Michelson and Morley are particularly grotesque:<br />

(1) <strong>The</strong> experiment was carried out incompletely in 1881 and 1887, which is why it could not give the findings<br />

sought.<br />

(2) <strong>The</strong> supposed null result was never obtained. Already with the first experiment in 1881 with a first-time (!)<br />

development, i.e. with a technically still fully undeveloped instrument, the minor fluctuations showed no statistically<br />

uniform distribution <strong>of</strong> the deviations, but a clear periodicity. During the first repetition in 1887, with a technically<br />

improved device in an improved arrangement, differences in running times were measured that gave an ether drift<br />

<strong>of</strong> about 8.8 km/sec. Later repetition in 1902, 1904 and 1905 gave values <strong>of</strong> around 8.7 km/sec, whereas 1921,<br />

1924, 1925 and 1927 gave values <strong>of</strong> between 9.3 and 1<strong>1.</strong>2 km/sec.<br />

(3) <strong>The</strong>se results, which can be read in the source texts, did not devastate any foundations <strong>of</strong> physics, but have<br />

only been denied through the spreading <strong>of</strong> the claim <strong>of</strong> the “eternal null result”. Since then the denial has hindered<br />

research. Furthermore, the following is incorrect:<br />

(4) <strong>The</strong> assumption <strong>of</strong> an ether was regarded by Albert Einstein in 1905, according to his own statement, as not<br />

needed. In 1920 the same Albert Einstein, in his lecture in Leiden, declared the existence <strong>of</strong> an ether as again being<br />

essential. No reason has ever been given for a rejection <strong>of</strong> the ether, and thereby <strong>of</strong> absolute space.<br />

(5) <strong>The</strong> relativity <strong>of</strong> time claimed by Albert Einstein was given up by the astronomers around 1930. In 1969 P.<br />

Janich showed that the concept <strong>of</strong> time was something normative, given by man, and this proto-physical setting<br />

cannot logically be subsequently altered by pace disturbances or the hand settings <strong>of</strong> clocks constructed on the basis<br />

<strong>of</strong> this normative setting.<br />

(6) <strong>The</strong> famous formula e=mc² does not describe any mass transformation into energy, or any relativistic<br />

procedure and was not discovered by Albert Einstein, but by other scientists before him. Moreover, Albert<br />

Einstein’s own derivation <strong>of</strong> the formula is circular, i.e. it has no pro<strong>of</strong> quality.<br />

<strong>The</strong> detailed justification <strong>of</strong> the criticism and the pro<strong>of</strong> <strong>of</strong> the sources can be found in Chapter 2 <strong>of</strong> our documentation / text<br />

version <strong>1.</strong>2: the error groups A (ether) on pp 41-48, D (time) on pp 61-75, K (mass-energy designation) on pp 109-112.<br />

2012<br />

103<br />

G. O. Mueller: STR

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