Statistical regularities of chronology of astronautics

Introduction The founder of the doctrine about bioand a technosphere V.I. Vernadsky noticed, that «the science history is ... the tool of achievement new», and «repetition of the phenomena in time is one of the brightest displays of law» [1]. He considered development of a science and technics as the process which is subject to research by a natural-science method: «similar displays cannot be casual, and are so subordinated to weight and a measure, as movement of astronomical objects or a course of chemical reactions» [1]. The method of research applied in article, is based on the statistical analysis of chronology by means of parametrization of dates of events. Parametres are used: conditional numbers of days from the beginning of chronology N, from the beginning of year n and year’s number Y. For date 4/12/1961: n(12.04) = 102, Y = 1961, N (4/12/1961) = 1960*365 + [1960/4] + 31 + 28 + 31 + 12 = 715992. Properties of intervals of time between events ∆N, ∆n, ∆Y are investigated. Informative property (coincidence) – the exact or approached frequency rate of intervals to informative codes C: ∆N  C, ∆n  C, ∆Y  C. A.L. Chizhevsky is the founder of the solar biology. He one of the first investigated influence of space factors on historical process [2]. He connected accidents in biosphere with the periods of solar activity. The considerable contribution to development of space philosophy was brought by K.E. Tsiolkovsky [3]. Codes, reflecting influence of the space factor. In article correlation of parametres of chronology and factors of a gravitational constant is proved: