Blog Ekkehard Friebe

Nachstehend stelle ich eine Studie von Prof. Zifeng Li (China) zur Diskussion.
Quelle: http://www.worldsci.org/pdf/abstracts/abstracts_5421.pdf

Zitat:

Observation Theory of Moving Objects
By Zifeng Li (Yanshan University, Hebei Qinhuangdao 066004, China)

Abstract: To observe moving objects, this paper stresses that light speed being the speed of photon relative to its source, introduces the propagation characteristics of light in pure space and in medium. It proposes new concepts called the moving coordinate space–time, the visual space–time and the static coordinate space–time. It derives the relationship among the moving coordinate space–time, the visual space–time and the static coordinate space–time in pure space and in moving medium. It concludes that the moving objects observation theory has solved the measurement problem of moving objects. Movement cannot cause changes in length, in time or in mass. Also, there does not any light barrier.
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0 Introduction

In order to resolve the measurement problem of moving objects, Albert Einstein presented the theory of special relativity a century ago [1]. Now, this theory as well as its author, A. Einstein, is well known all over the world. Universities and colleges choose the special relativity as a required course [2]. But the rationality of the set-up process of the special relativity and the accuracy of its inferences has always been doubted and criticized [3-20]. Recently, Wang Zhihai and Xu Hui delivered the basic concepts and calculations of the observation theory of moving objects. The author improved this theory and suggested that using moving objects observation theory in placing of the special relativity [12]. With the research of the nature and the propagation mechanism of light [20], the author find that the theory in ref. 12 being only for observation of objects moving in pure empty space and there be a mistake in it, not be fitting for observation of objects moving in continuous medium.

This paper introduces briefly the basic assumptions of the observation theory of moving objects, the space-time in moving coordinate system, the visual space–time in static coordinate system, the space–time in static coordinate system, the light speed in pure empty space, the light speed in continuous medium; derives the relationship between the space-time in moving coordinate system and the visual space–time in static coordinate system, the relationship between the visual space–time in static coordinate system and the space–time in static coordinate system, the relationship between the space-time in moving coordinate system and the space–time in static coordinate system, for object moving in pure empty space and in continuous medium; compares this theory with the special relativity. 

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8 Conclusions

(1) Observation theory of moving objects has resolved the measurement problem for moving objects (especially the high-speed objects).
(2) Moving can not trigger the change of length, time and mass. There is no light barrier. 

References

1 A. Einstein, “On the electrodynamics of moving bodies,” The Principle of Relativity (Methuen and Company, London, 1923).
2 S. Cheng and Z. Jiang, General Physics (People’s Education Press, Beijing, 1978), pp. 231–254 (in Chinese).
3 AI. Kelly, “Special relativity—Right or wrong?” Electronics World 106(1773), 722 (2000).
4 Z. Yin, “Investigation of special relativity and an alternative explanation of the speed of light,” Phys. Essays 15(4), 363 (2002).
5 J. Magueijo, “Faster than the speed of light-the story of a scientific speculation” (Perseus Publishing, 2002).
6 E. Bitsakis, “Space and time: the ongoing quest,” Found. Phys. 35(1), 57(2005).
7 G. O. Mueller and K. Kneckebrodt, “95 years of criticism of the special theory of relativity (1908–2003),” (Germany, 2006).

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(Zitatende)

Lesen Sie bitte weiter unter:
http://www.worldsci.org/pdf/abstracts/abstracts_5421.pdf

Beste Grüße Ekkehard Friebe