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Researches on the Space-Time View of the Special Relativity

DOI: 10.4236/oalib.1103334, PP. 1-8

Subject Areas: Special Theory of Relativity

Keywords: Special Relativity, Space-Time View, Time Dilation, Doppler Shift

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Abstract

For the last one hundred years, researches on Special Relativity have always been lively. Experiments concerned have been recorded in many articles. After a lot of reading, analysis of these articles and information, the author found that some classical experiments have indicated that the time dilation has not symmetric property, so the space-time view of the special relativity is wrong. According to the special relativity, observers can only observe the rhythm of motion clock dropping off, but in the experiments, people can observe not only the rhythm of motion clock dropping off, but also such two phenomena: the rhythm of motion clock going up, and the rhythm of motion clock unchanged. The rhythm of motion clock dropping off has been called the time dilation effect by people; here the author can only call the “phenomenon of the rhythm of motion clock going up” time contraction effect, and “the phenomenon of the rhythm of motion clock unchanged” time equivalence effect. Because the special relativity cannot explain the three effects of time dilation, time contraction and time equivalence, therefore the author has reinterpreted these experiments with a new point of view, and has solved the contradiction between the space-time theory and the experiments.

Cite this paper

Zhu, J. (2017). Researches on the Space-Time View of the Special Relativity. Open Access Library Journal, 4, e3334. doi: http://dx.doi.org/10.4236/oalib.1103334.

References

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[2]  Einstein, A. (1979) Evolution of Physics. Zhou, Z.W., Trans., Shanghai Science and Technology Publishing Company, Shanghai, 119-135.
[3]  Zhang, Y.C. (1979) Experiment Foundation of the Special Relativity. Science Publishing House, Beijing, 74-84.
[4]  Zhu, J.D. (2016) Analysis of Relativity Theory. Dong Hua University Press, CO LTD, 187-195.
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[6]  Zhu, J.D. (2013) Ways of Correctly Measuring Time Dilation in the Moving Reference Frame. Journal of Shanghai University of Electric Power, No. 5, 501.

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