Interesting Research Paper: Speed Testing of the Graviton and the Movement Track of Graviton in the Spiral Galaxy Link: scirp.org/journal/PaperInformation.aspx?PaperID=41152&%3Butm_campaign=Linkedin&%3Butm_medium=shaoxia Author: Ping’an Luo Any comments on this article are welcome. On September 22, 2011, the website of the American Cornell University and the website of the British Nature magazine reported that the European researchers found out the unexplainable phenomenon of the superluminal velocity of the neutrino. T. Adam and others pointed out: 1) During the distance of 730 kilometers, the observed moving speed of neutrino is 60 ns faster than the light, which means it runs 6 more kilometers in a second; 2) The moving speed of the neutrino is related to its energy. In June 2012, scientists of European Organisation for Nuclear Research clarified: results of prior experiments were incorrect. Problems occurring at the cable connection of experimental equipment resulted in the error. According to Albert Einstein’s Special Theory of Relativity, light speed is the limit speed in the universe; nothing can exceed the light speed. Indeed, no particle faster than light has been detected so far due to the constriction of current experimental conditions. But this neither means that particles of this kind are nonexistent nor ensures that they won’t be discovered in the future. If it is true that the moving speed of XX particle is faster than the light speed, then the classical theory of Einstein’s shall be revised. If the phenomenon that the moving speed of XX particle is faster than the light speed is truly the case, then will the speed of graviton also exceed the light speed? How to measure? Is there any experimental data to support it? The answers to the above questions involve the dark clouds shrouded on the modern physics, they are: where is the graviton? what are the properties? what is the speed? And why cannot be found in experiment? Whether the speed of graviton exceeds the light speed or not, the physicists know the property of graviton will have a great influence on the construction of the whole physical theories. Today, when graviton is also undetectable, it is not appropriate either to simply believe that the moving speed of graviton equals to or never exceeds light speed. Due to the weak gravity, it cannot be found with the current experimental conditions. It may be better if we switch the study angle of graviton to the astronomy field. To study the speed of the graviton, we hope to find a spiral galaxy and use its observing data to do deeper study. Document [4] points out, in the near more than 400 galaxies, according to the Hubble’s classification means, most of the galaxies have the oval or eddy shape structure, among which only about 3% of the galaxies have the irregular form. According to the related documents, it can be seen that the M51 galaxy is a representative galaxy for the observing data are quite complete. Document [5] summarized a series of recent international achievements by studying the M51. It clearly pointed out that the projector distance from the M51 center to the companion NGC5195 (or M51b) is 15.5 kpc. Published on Journal of Modern Physics
Posted on: Wed, 08 Oct 2014 07:33:02 +0000
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