Владимир Чёрный о роли магнитного поля Сатурна в происхождении колец Сатурна. Интервью Американскому Астрономическому Обществу.
Опубликовано 18.09.2020 (записано 4.08.20 после публикации статьи: V. Tchernyi, S. Kapranov. "Contribution of magnetism to the Saturn's rings origin". The Astrophysical Journal, May 6, 2020, Vol. 894, N. 1. Статья объясняет как образовались кольца Сатурна. Это новый результат, получен впервые за 400 лет после открытия Г. Галилеем колец у Сатурна в 1610 г.).
AAS Journal Author Series: Vladimir Tchernyi on 2020ApJ…894...62T •Sep 18, 2020.
Vladimir Tchernyi (Modern Science Institute) chats about his AAS Journal article on Saturn's rings and magnetism and where we can go from here given the published article.
Article: "Contribution of Magnetism to the Origin of Saturn's Rings"
https://ui.adsabs.harvard.edu/abs/2020ApJ...894...62T/abstract
Vladimir's web presence:
https://www.researchgate.net/scientific-contributions/Vladimir-V-Tchernyi-2089167583
The intended audience for the AAS Journal Author Series is active researchers.
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Видео про теорию В. Чёрного и С. Капранова:
The Mystery Of Saturn’s Rings Solved By Magnetism?
СМОТРЕТЬ ВИДЕО / WATCH VIDEO
The Cassini probe spent 13 years studying Saturn and its rings, but scientists still don't have a concrete, universally accepted theory on (a.) the formation of the largest ring system in our Solar System and (b.) how the ring maintains its shape over long periods of time. While this topic doesn't seem to be of much interest to the astronomical community at large, one scientist has been trying to solve the mystery for nearly two decades.
Dr. Vladimir V. Tchernyi has published several papers on the formation and maintenance of Saturn's rings and how they relate to the planet's magnetic field. His latest paper, with Dr. Sergey V. Kapranov, discusses the idea that diamagnetic ice particles in the rings are in a superposition, stabilized between the planet's gravitational pull and the push of the magnetic field. They suggest the formation of many of the rings we see today occurred when ice particles in Saturn's protoplanetary disk began interacting with an earlier version of Saturn's magnetic field.
If Saturn's magnetic field is holding the rings in place, it would explain several oddities Cassini and past Voyager missions noticed about the structures. Including electromagnetic phenomena among the rings and Saturn's moons, strange "spokes" in the B ring, why the rings are so thin, and how new material can enter the rings while they still maintain their shape.
This theory is not consensus at the moment, but it deserves more analysis as the mystery of Saturn's rings could teach us about the role magnetism plays in planetary development.
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Source: "Contribution of magnetism to the Saturn rings origin," Vladimir V. Tchernyi and Sergey V. Kapranov, arXiv (2019): https://arxiv.org/pdf/1907.07114.pdf
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