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On the Correlation of the Components of the Earth’s Electric Field at Spatially Separated Stations at the Harmonics of the Frequencies of Rotation of Relativistic Double Star Systems
Russian Physics Journal ( IF 0.4 ) Pub Date : 2020-05-25 , DOI: 10.1007/s11182-020-01999-4
L. V. Grunskaya , V. V. Isakevich , D. V. Isakevich

Using spectro-eigenoscopy of multiyear series of observations of the vertical component of the electric field strength in the surface layer of the atmosphere, we have obtained results indicating the evidence of gravitational-wave impact of relativistic double star systems on the global electric circuit of the Earth. A statistically significant increase in the spatial correlations of the E z components, spectrally localized at the gravitational-wave frequencies of radiation of forty-three relativistic double star systems with small eccentricity has been revealed from the E z data at four spatially separated stations.

中文翻译:

相对论双星系统自转频率谐波下空间分离站地球电场分量的相关性

利用对大气表层电场强度垂直分量的多年系列观测的光谱本征学,我们已经获得了表明相对论双星系统引力波影响地球电路全球电路的证据的结果。地球。从四个空间分离站的 E z 数据中揭示了 E z 分量的空间相关性在统计上显着增加,这些分量在光谱上位于四十三个偏心率较小的相对论双星系统的辐射引力波频率处。
更新日期:2020-05-25
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