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QUANTUM METEOROLOGY

Petr Mazurkin

Abstract

Factor analysis of three-hour dynamics from 01.01.2012 to 31.10.2018 of four meteorological parameters: atmospheric pressure; air temperature; relative humidity; dew point temperature was carried out by the method of identification of stable regularities (weather station Yoshkar-Ola, Russia, WMO_ID=27485). The sampling rate was 19713 lines. It is proved that pair connections allow to study quanta of weather behavior for different periods of time: long-term, annual, seasonal and period of plant ontogenesis. There are two types of quanta of behavior: 1) in dynamics, the factor is divided into the sum of wavelets as a bundle of solitary waves (solitons), and this is characterized as quantum unraveling; 2) the mutual influence of the above four factors with the periodicity of measurements every three hours additionally obtains quantum entanglement in some boundaries. However, it turned out that there is no wave connection between these four factors, which indicates the presence of quantum entanglement of meteorological data. According to the first wavelet for 7 years, the oscillatory perturbation of pressure and relative humidity increases, and the amplitude of the temperature fluctuations of the air and the dew point, on the contrary, decreases. The second wavelet gives a decrease in the amplitude in the dynamics of the air pressure and dew point temperature, as well as an increase in the amplitude of fluctuations in temperature and relative humidity. The third member is the annual cycle of fluctuations, but it increases to normal within 182.63 days on the date of 01.01.2012 the half life in days 175.37 air pressure, 180.08 for air temperature, 181.15 days for relative humidity and 181.61 days for dew point temperature. The fourth term shows that the period of pressure fluctuation on 01.01.2012 is 102.28 days and it further increases, and for the dew point temperature it is 79.41 days and it decreases with time. The dynamics of air temperature occurs with a constant daily period, and the dynamics of relative humidity is approaching the daily cycle.

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DOI resolver: doi.org/10.5593/sgem2019/5.1/s20.077

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