No 4 (2020)

The results of measurements of the photocurrent of a photoresistor installed in the focal plane of a telescope-reflector at st. Novolazarevskaya (Antarctica) in order to register the “culmination” signal from the passage of the Sun through the meridian (culmination). As a result of photocurrent measurements conducted on 03.02.2013 and 04.02.2013 in the midday interval from 11h00m to 11h50m (UT), the “response” (effect) of the photocurrent to the Sun's influence in the position of the meridian plane (culmination) is established. The results of the study of the reaction of the main human biomarkers (in vivo) to the culmination of the Sun, obtained in the analysis of observational data for the period from 20.01.2017, are also presented for 18.04.2017 at the Arctic station “Ice Base Cape Baranova” (arch. Northern Land). Conclusions are made about the sensitivity of the arterial systolic (upper) to the moment of climax and its dependence on the near-surface atmospheric pressure at the frequency of "five-minute" fluctuations (r ~ 0,8). In conclusion, the role of the culmination of the Sun as an astronomical factor in the processes of living and inanimate nature is noted.

The detected anomalous neutrino radioisotope (ANRI) absorption or effect allows one to study the variety of interactions of neutrino fluxes with radioactive matter and its consequences. Thus, results were obtained on solar neutrinos v , seismicity and heat flow of the Earth. The study of the features of the mechanical manifestation of the neutrino flux as a mechanical effect of the solar flux v in space on the Pioneer-type spacecraft is promising for many reasons.

The paper presents the latest results of the effect of SVM generators on melts of metals and polymeric materials, as well as the effect on metals during heat treatment. Shown is a block diagram of an installation for SVM material processing. Made an attempt to theoretically substantiate the use of SVM generators in metallurgy based on relational physics, quantum theory, and real relativity.

The article describes experiments carried out on the high-current pulsed electron accelerator Terek-2. The experiments, in their main features, reproduce the results obtained earlier in the Proton-21 laboratory. The incentive to carry out the experimental studies described in the article was an attempt to experimentally confirm the idea of a “hyperbolic lens” described in [1].

Ultra-sensitivity of a planet’s gravity assist (GA) to changes of the test-body impact parameter prompts a space experiment testing the nature of gravitational field in the Solar system. The Sun, Earth and Venus serve as the space lab with a primitive space probe (ball) as a test body moving on a ballistic trajectory from the Earth to Venus (rendering GA) and backwards to the Earth’s orbit. We show that in Newton and Einstein gravity, the probe’s final positions (reached at the same time) may differ greatly; an Earth’s observer can measure the gap.

The article discusses the theoretical and experimental foundations of the hypothesis on the origin the magnetic field's the Earth's and other astrophysical objects, put forward at the beginning of the twentieth century by Sutherland and Einstein. According to this hypothesis, the different of the electric charg of the electron and proton and the rotation of the Earth (astronomical), leads to the appearance of a magnetic field. Experiments under terrestrial conditions aimed at determining the difference between the electric charges of an electron and a proton are discussed.