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再评LIGO引力波实验 被引量:6

Second Comment on the Gravitational Wave Experiment of LIGO
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摘要 LIGO的实验装置与Michelson干涉仪相似。不久前Ulianov通过仔细的分析后指出,在GW150914和GW151226事件中LIGO所检测到的或许只是噪声。现在著名物理学期刊《Jour.Mod.Phys.》(《现代物理学报》)发表了中国科学家的论文"LIGO真的探测到引力波了吗?"该文证明由于电磁相互作用的存在LIGO并发现不了引力波。那么检测到的是什么?可能是位于两地的激光干涉仪之间位置的某种干扰信号。由于上述情况,不应对LIGO团队授予Nobel物理学奖。LIGO实验再次引发了对广义相对论(GR)的讨论,这引起了更多科学家的关注。 The equipment of LIGO experiment is like the Michelson interferometer. By the analysis of Ulianov in recent time,the LIGO system has probably detected only noise in the GW150914 and GW151226 events. In present time,the famous magazine《Jour. Mod. Phys.》 publish the article by Chinese scientist, it named "Did LIGO really detect gravitational waves?" This paper proves that due to the existence of electromagnetic interaction,the experiments of LIGO can' t detect gravitational waves. But what detected? It may be the signal of disturbances coming from the middle region between two laser interferometers. According to this situation, the Nobel award of physics can' t confer to the LIGO team. LIGO experiment also makes discussion on the basic theory of General Relativity(GR) ,it has come to our notice for more scien- tists.
作者 黄志洵
出处 《中国传媒大学学报(自然科学版)》 2016年第5期9-13,24,共6页 Journal of Communication University of China:Science and Technology
关键词 广义相对论(GR) 引力波 数值相对论方法(NR) 噪声信号 general relativity (GR) gravitational waves numerical relativity method (NR) noise signal
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