Abstract
The analysis of the main problems of studies of the organisms interaction with electromagnetic radiation in the microwave range is submitted. The controversial approach to assessing the role of microwave radiations of artificial origin for organisms is noted. One group of scientists considers these radiations as potentially dangerous to an organism, and the other group claims that under certain conditions they can be used in the medical purposes. The specified contradiction is eliminated by using exogenous approach to assessing the role of electromagnetic radiation in wildlife. In this regard in the article the operating role in the wildlife of the Sun microwave radiation reaching the surface of the Earth and the need for its simulation devices for reducing the negative impact on organisms of electromagnetic pollution is proved. The main results of microbiological studies using the developed hardware and software for simulation of the Sun microwave radiation in the superhigh-frequency range of wavelengths.
Highlights
In the 30s last century the new scientific direction in biophysics arose by efforts of the Soviet scientist A.L
Discovered during the research saccharolytic function activation of Staphylococcus aureus has an important modifying effect on him electromagnetic radiation (EMR) of natural origin. It pulls together it on biochemical properties with saccharolytic bacteria, useful to an organism. All this testifies to the prospects of using the EMR with the natural time-frequency structure to attenuate the pathogenic properties of a wide class of strains of microorganisms
The analysis of the main directions, results and problems of scientific schools researches to assess EMR modifying action of various origin on the objects of wildlife, leads to the following conclusions: 1. Electromagnetic environmental pollution is a potentially dangerous factor of the environment of organisms dwelling. It can be the cornerstone of strengthening of resistant and as a result of pathogenic properties of different types of microorganisms
Summary
In the 30s last century the new scientific direction in biophysics arose by efforts of the Soviet scientist A.L. Multidirectional nature of the received results indicates the existence of the conceptual problems underlying the understanding of the mechanisms of positive and negative effects on their objects of wildlife It causes the relevance of carrying out the analysis of the main results of modern studies on the problem of assessing the organisms interaction with electromagnetic radiations of microwave range. This feature of the EMR in the terahertz range, which is typical for EMR millimeter-wave (λ 8 mm), in conjunction with the existing problems of application of radiation for medical purposes, determined the emergence of yet another promising research area for the study of the actual problems of the organism interaction with electromagnetic radiation in the microwave range This direction is connected with the scientific school of prof. These radiations which main source is the Sun, are completely absorbed by the atmosphere of Earth
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