SPACE, TIME AND FUNDAMENTAL INTERACTIONS

ON FORCED OSCILLATIONS OF THE EARTH ELECTRIC FIELD AT THE FREQUENCIES OF THE BINARY STELLAR SYSTEMS GRAVITY-WAVE RADIATION AND ON THE PROPERTIES OF SUPERSENSITIVITY AND SUPERSELECTIVITY OF EIGENOSCOPY

Grunskaya L. V., Isakevich V. V., Isakevich D. V.

The work considers forced oscillations of the electric field vertical component in the surface layer of the Earth atmosphere at the frequencies of gravity-wave radiation of catalogued relativistic binary stellar systems. Using the perturbation theory and simulation, it was demonstrated that eigenoscope (eigenvectors and components analyzer) has the properties of supersensitivity and superselectivity. The results of the research give us the right to claim the discovery of a new physical property — the susceptibility of the Earth infra-low frequency electric field to external gravity-wave impact. Long-term research in this area (1972–2025) is carried out by our team due to the presence of a physical experimental test site at Vladimir State University, which continuously monitors the electric and geomagnetic fields in the surface layer of the atmosphere in the infra-low frequency range - the range of gravitational wave radiation of the radar.