ON A POSSIBLE WHITE HOLE DISCOVERY IN THE UNIVERSE

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Valentyn Nastasenko

Abstract

At present, black holes are among the little-studied objects of the Universe, since they absorb all types of electromagnetic radiation coming from them, which excludes direct information about them. Even less studied objects include white holes, although Einstein's theory of gravity admits their existence. The absence of information other than equations reduces white holes to abstract objects, the existence of which is questionable by scientists. Eliminating these shortcomings is the main goal of this work, and its scientific novelty is the identification of a white hole based on known astronomical observations. The research methods used in the work are based on deduction and induction, on the application of general principles for the development of the theory of knowledge and reliable laws of physics. Work results. It is proposed to identify white holes by analogy with black holes, which have the size-mass characteristics of Schwarzschild spheres and according to astronomical observation data of external signs: the movement of stars, cosmic dust and gas around them, which form a corona of light surrounding this hole. The main distinguishing features of the corona is that the black hole is fixed as an impenetrable black spot, and the light corona surrounding it loses its brightness when approaching this spot. At a white hole, this is a spot of bright white light with a clear boundary, near which the brightness of the corona does not decrease. Conclusions. The center of the galaxy NGC 1097 may have a white hole.


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How to Cite
Nastasenko, V. (2022). ON A POSSIBLE WHITE HOLE DISCOVERY IN THE UNIVERSE. Scientific Collection «InterConf», (103), 150–156. Retrieved from https://archive.interconf.center/index.php/conference-proceeding/article/view/41

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