| Article |
|---|
| Article name |
STAR HYPOTHESIS FOR THE FORMATION OF THE EARTH: INNER AND OUTER CORE |
| Authors |
Pavlenko Y.. , |
| Bibliographic description |
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| Category |
There is an opinion... |
| DOI |
52-5:53.03:551.12 |
| DOI |
10.21209/2227-9245-2019-25-1-120-129 |
| Article type |
scientific |
| Annotation |
Of the three articles, substantiating the stellar hypothesis of the Earth\'s formation, the second one considers the nature of the nucleus of our planet. The first article presents a set of basic cosmological factors that allow to specify the processes of transformation and development of the Universe matter. They reveal the reasons for the formation of space objects in relation to our planet. The used method of theoretical modeling is based on universal laws and known hypotheses of planet formation, on numerous new facts that are not sufficiently reflected in the existing theories of formation and development of the Earth. Modern avalanche flow of valuable information about the structure of the Universe, galaxies, outer space allows you to look at the formation of the Earth from other, cosmological positions. The unity of the material world, clearly manifested in the structure and development of the stars of the main sequence, characterizes a consistent change of red hot super giants into cold dwarfs, including those represented by planets. Moving in space dwarfs, having typical properties of the star, with active interaction with the products of destruction of New and Supernew represent a favorable physical basis for the accretion of the inhomogeneous composition of the material of previous stars. Such a predictable cosmological process makes it possible to outline the way in which some dwarfs can turn into planets not only of the earth\'s type. The proposed view of the nature of our planet formation allows us to explain many features of the Earth structure and transformation and, above all, the development of most chemical elements that cannot be formed on the Earth because of the low temperature, even in its core. New, more reliable knowledge about our planet is in demand, first of all, by geologists to solve strategic problems of forecasting, prospecting, exploration of various minerals deposits, not revealed by erosion processes. Such deposits constitute the main reserve for strengthening the mineral resource base of the country
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| Key words |
Key words: Universe; matter; stars; stellar hypothesis; Earth; inner core; outer core; plasma; electromagnetism; method |
| Article information |
Pavlenko Yu. Star hypothesis for the formation of the earth: inner and outer core // Transbaikal State University Journal, 2018, vol. 25, no. 1, pp.120-129 |
| References |
References
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