模拟太阳微波辐射恢复人体内稳态问题的解决方案

S. Darovskikh, N. V. Vdovina, Dmitriy S. Piskorskiy
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引用次数: 6

摘要

本文提出了宇宙微波背景低频起伏未知参数辨识的原始假设。其本质在于,在生物在太阳微波辐射影响下的进化过程中,其低频波动的特征反映在调节身体尤其是人的神经机制的基本特性上。简要介绍了太阳微波辐射仿真工具的硬件实现。微生物学研究表明,该装置在降低最常见的条件致病菌的耐药特性和改善血液流变学特性方面具有很高的效率。经研究的微生物与人体其他细胞结构的许多一般生命规律,使我们有理由对利用模拟太阳微波辐射预防和治疗包括肿瘤在内的各种传染性和非传染性疾病持积极看法。
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A solution to a problem of simulating solar microwave radiation to restore human homeostasis
The article presents the original hypothesis of identification of unknown parameters of low-frequency fluctuations of the cosmic microwave background. Its essence consists in the fact that in the process of evolution of organisms under the influence of microwave radiation of the sun characteristics of its low-frequency fluctuations are reflected in the basic properties of the neural mechanism of regulation of the body and the person, in particular. Brief description of the hardware implementation of the simulation tool microwave radiation of the Sun. Microbiological studies using specified device showed high its efficiency in the reduction of resistant properties of the most common opportunistic pathogens and improve the rheological properties of blood. Many of the general laws of life studied microorganisms with other cellular structures of the human body give reason to make positive view on the use of simulated microwave radiation of the sun in the prevention and treatment of a wide range of infectious and noninfectious diseases, including oncology.
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