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THEORY AND APPLIDE PROBLEMS OF ASTROSOCIOTYPOLOGY
DescriptionThe paper describes the research technology in the astrosociotypology, the results of verification of the astrosociotypology basic hypothesis about the information impact of celestial bodies in a large group of respondents, as well as a theory of astrosociotypology and its application

DISTRIBUTION OF RANDOM EVENTS IN CENTRAL FORCE FIELD
DescriptionIt is shown that random events occurring on Earth and uniformly distributed in time, have a distribution, depending on the polar angle and radial coordinate in the plane of Earth's orbit. The general dependence of the density distribution functions in continuous and discrete case was obtained. It is shown that the social reaction of a large group of actors on the impact of celestial bodies can be described by a function of the rootmeansquare deviation of the normalized frequency of choice, depending on the radial velocity or time derivatives of gravitational potentials of celestial bodies

THE EVENTS RECOGNITION PROBLEM IN THE FIELD OF CENTRAL FORCES AND CURRENCY FORECAST
DescriptionThe events recognition problem in the field of central forces is discussed in the article. The currency forecast model based on the astronomical data is developed

22.00.00 Sociological sciences
DescriptionIn the article the results of investigating the information properties of the celestial bodies of the solar system and its influence on the social choice of subjects are described. The reaction of each subject to the position of the celestial bodies of the solar system at the moment of birth was recorded and was processed for this. Each subject reacted via selection of one or several of 37 social categories, which composes totally 86314 cases. By applying artificial intelligence and statistical processing technologies discovered, that the parameter of the dispersion of the information of the signs of celestial bodies depends on the distance to the celestial bodies. The basic laws that describe the reaction of the group of subjects on the effects of gravitational fields of celestial bodies.

Description
In this paper, we investigate the stability dependence of integrated information content on the distance from the celestial bodies of the Solar System, with the change in the extensive precases as the total number of cases, the implementation of the choice of social categories, and the number of categories. It was found that for each celestial body, there is a set of categories in which the dependdependence of the integrated information content of the distance is determined with the greatest certainty. A model of the gravitational sensitivity, based on the mechanism of hormonal regulation of heat and pressure is discussed.