Chaos-rhythm technology in research of intrinsic electromagnetic field of biological objects

Any living organism has its own biological field, which depends both on the characteristics and state of the living organism and on environmental factors. Under informational influence of external factors, a change in the fractal structure of this field is observed and the formation of special chaotic signals, the parameters of which can serve as a basis for solving various scientific and practical problems. The article presents a technology for studying the electromagnetic fields of biological objects based on an analysis of changes in the chaos structure of broadband chaotic signals of their own electromagnetic radiation generated under the influence of an external informative electromagnetic field with a given strength and modulation-time parameters. To estimate the structure of chaotic signals it is proposed to use such methods of fractal approach as Poincaré mapping, calculation of the corresponding Hausdorff dimensionality and chaos-rhythm parameters. On the basis of the conducted experiments, the presence of a characteristic dependence of chaos-rhythm parameters of own electromagnetic emissions of a bioobject on the characteristics and state of the living organism itself, as well as on the parameters, sequence and rate of change of the external informative electromagnetic field has been established. The degree of informative influence of the external electromagnetic field on a human being is determined, which can exceed the energetic one by some indicators almost 4 times. The possibility of using the proposed technology to solve various scientific and practical problems has been proved: medical studies of the functional state of the organism, assessment and control of the impact of electromagnetic fields on human health, development of means to protect the environment and humans from radio-emitting systems, detection and recognition of bioobjects of a given class.

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