On the correlation of the component of the electric field of the earth at spacious stations at the harmonic frequencies of the relativistic binary star systems
Using spectro-igenoscopy of long-term series of observations of the vertical component of the electric field strength in the surface layer of the atmosphere, results are obtained that indicate the presence of signs of the gravitational-wave effect of relativistic binary star systems on the global electrical circuit of the Earth. A statistically significant increase in the spatial correlations of the Ez components spectrally localized at the gravitational-wave frequencies of forty-three relativistic binary stellar systems (RDSL) with a small eccentricity was revealed, according to the Ez data on four spatial separatedstations. The revealed feature in the behavior of the correlation coefficients may be one of the signs that testify in favor of the presence of objects from the RDSS 43 list on the global electrical circuit of the Earth, manifested in a statistically significant increase in the spatial correlations of the Ez components that are spectrally localized at the gravitational-wave frequencies, relative to the spatial correlations on the test sample, and do not contradict the effects of gravitational-wave interaction.
Keywords
двойные релятивистские звездные системы, электрическое поле Земли, айгеноскопия, период обращения релятивистских двойных звездных систем, корреляция компонент электрического поля Земли, binary relativistic star systems, Earth’s electric field, igenoscopy, RDSD orbital period, correlation of the components of the Earth’s electric fieldAuthors
Name | Organization | |
Grunskay L.V. | Vladimir State University named after A.G. Stoletov and N.G. Stoletov | grunsk@vlsu.ru |
Isakevich V.V. | Vladimir State University named after A.G. Stoletov and N.G. Stoletov; OOO «Own vector» | businesssoftservice@gmail.com |
Isakevich D.V. | Vladimir State University named after A.G. Stoletov and N.G. Stoletov; OOO «Own vector» | businesssoftservice@gmail.com |