| Article |
|---|
| Article name |
Star hypothesis for the formation of the Earth: cosmological factors |
| Authors |
Pavlenko Y.. , |
| Bibliographic description |
|
| Category |
There is an opinion... |
| DOI |
1:001.8 |
| DOI |
10.21209/2227-9245-2018-24-9-129-141 |
| Article type |
scientific |
| Annotation |
With the beginning of the era of outer space (04.10.1957), views on the world substantially have changed. Gamma, x-ray, optical, infrared spectra and radio-wave radiation have increased the flow of valuable information about the structure of the Universe, galaxies and outer space millions of times. Previously unknown forms of matter have been discovered, many amazing features of the immeasurable space, discrepancy between some physical laws and unimaginable natural features of the Universe have been discovered. The human mind, mastering colossal information, looking at the world in a new way and, often, on different sides, creates models of its structure. The fundamental importance of such models is undeniable, because they are able to correct the scientific views on many sides of our existence and universe.
The article deals with a set of the main cosmological factors that allow to specify the processes of transformation, development of the Universe matter, they reveal the causes of the formation of space objects in relation to our planet. The applied method of theoretical modeling raises the strategic goals of the planet cognition to a higher scientific level. The method is based on universal laws and a famous hypothesis of the formation of the planet, on many new facts, not finding adequate reflection in the current theories of the formation and development of the Land. Critical attitude to dogmas and authorities is caused by attraction of true knowledge about our planet. They are demanded, first of all, by geologists for the solution of strategic problems of forecasting, searches, investigation of deposits of various minerals, which are not opened by erosion processes. Such deposits constitute the main reserve for strengthening the mineral resource base of the country. The essence of the hypothesis, which will be published in the next article, is the formation of a planet around the “cold” dwarf star. This star, moving through presolar dust-the meteor-asteroid linear arms (sleeves) of galactic explosion are the products of numerous old stars, which substance was actively accretioned, forming the mantle. The earth\'s crust and atmosphere were formed when the energy of a young star-dwarf Sun has appeared on the upper mantle
|
| Key words |
Key words: hypothesis; universe; milky Way galaxy; Solar system; stars; planets; Earth; cosmological factors; matter; electromagnetic radiation; radioactivity |
| Article information |
Pavlenko Yu. Star hypothesis for the formation of the Earth: cosmological factors // Transbaikal State University Journal, 2018, vol. 24, no. 9, pp. 129-141 |
| References |
References
1. Barenbaum A. A. Kometny tsirkulyar (Comet circular), 1990, no. 418, pp. 11–12.
2. Belousov V. V. Osnovnye voprosy geotektoniki (The main issues of geotectonics). Moscow: Rosgeoltekhizdat, 1962. 608 p.
3. Vselennaya [Universe]. Available at: https://www.ru.wikipedia.org/wiki (Date of access: 18.06.2018).
4. Gavrusevich B. A. Osnovy obshchey geohimiiya (Basics of general geochemistry). Moscow: Nedra, 1968. 328 p.
5. Garelik I. Yu. Kosmicheskaya genetika [Cosmic Genetics]. Available at: http://www.rusadvice.org/science/unusual/time/html (Date of access: 10.07.2018).
6. Gorbunov D. S., Rubakov V. A. Vvedenie v teoriyu ranney Vselennoy. Teoriya goryachego Bolshogo vzryva (Introduction to the theory of the early Universe. The theory of the hot Big Bang). Moscow: LKI, 2006. 464 p.
7. Zakony prirody [The laws of nature]. Available at: http://www.priroda.inc.ru/razvitie/book.htm (Date of access: 11.08.2018).
8. Carey W. V poiskah zakonomernostey razvitiya Zemli i Vselennoy: istoriya dogm v naukah o Zemle (In search of the laws of the development of the Earth and Universe: history of dogmas in the sciences of the Earth). Moscow: Mir, 1991. 448 p.
9. Larin V. N. Nasha Zemlya (proishozhdenie, sostav, stroenie i razvitie iznachalno gidridnoy Zemli) (Our Earth (origin, composition, structure and development of the initially hydride Earth)). Moscow: Agar, 2005. 248 p.
10. Marakushev A. A. Proiskhozhdenie Zemli i priroda endogennoy aktivnosti (The Earth origin and nature of endogenous activity). Moscow: Nedra, 1999. 253 p.
11. Pavlenko Yu. V. Grani estestvoznaniya (The Facets of Natural Science). Chita: ZabGU, 2018. 178 p.
12. Postnauka [Post-Science]. Available at: http://www.postnauka.ru/video/6127 (Date of access: 14.03.2018).
13. Rentgenovskie tayny Galaktiki [X-ray mysteries of the Galaxy]. Available at: http://www.nkj.ru/archive/articles/16090 (Date of access: 24.05.2018).
14. Saigan K. Kosmos. Evolyutsiya Vselennoy, zhizni i tsivilizatsii (Space. Evolution of the Universe, life and civilization). Moscow: Amphora, 2008. 370 p.
15. Sergeyev M. B., Sergeeva T. V. Planeta Zemlya (Earth Planet). Moscow: Vneshtorgizdat, 2000. 144 p.
16. Temnaya materiya i temnaya ehnergiya [Dark matter and dark energy]. Available at: http://www.cyberleninka.ru/article/n/imitatsiya (Date of access: 07.06.2018).
17. Fisher D. Rozhdenie Zemli (The birth of the Earth). Moscow: Mir, 1990. 262 p.
18. Engels F. Dialektika prirody (The dialectics of nature). Moscow: Gospolitizdat, 1953. 328 p.
19. Wood J. A. Sky and Telescopes (Sky and Telescopes), 1999, Jan.
|
| Full article | Star hypothesis for the formation of the Earth: cosmological factors |
