Analysing the Impact of Greenhouse Gases on Genetic and Human Health

Aleynikov, Y. G.; Konstantinovich, A. V.; Oktyabrskiy, V. P.; Ryazanceva, L. T.

The state of the Earth's surrounding atmosphere, especially recently due to Covid-19, worries many people because it affects their health. It is proven that the leading greenhouse gases: carbon dioxide, water vapor, and ozone,influence genetic activity and affect humans. It is also known that because of this effect, water vapor in the Finnish sauna and Russian bath also has a positive impact on a person. In this paper, a comparative analysis of this phenomenon is carried out based on the obtained experimental data. In the first case, the total radiation power (absorption) was calculated in the dipole approximation, taking into account the dipole moment and the resonant frequency of the DNA molecule-the number of all DNA in the cell and all human cells. The emission power of greenhouse gases was determined, taking into account the radiation power in its model spectrum and the coefficient corresponding to the ratio of the integral intensities of the observed spectrum and the spectrum according to the model representations. In the second case, a calculated model of the greenhouse effect was used to estimate the impact on humans of the optical power of radiation in the I.R. region in the band of deformation vibrations of water vapor in the Finnish sauna and Russian bath. This power was calculated using the classical formula for dipole radiation in quantum mechanical analysis. Consequently, the power was determined by the energy of the considered oscillation and the probability of spontaneous transition to the main oscillatory level of water vapor, taking into account humidity and temperature in the Russian bath Finnish sauna. It turned out that the two powers at these given parameters coincide, and they are much larger than the corresponding optical powers for greenhouse (atmospheric) gases falling on a person.