Magnetic fields and magnetized particles around the gravitational black hole of Bran universe

Abstract

ANNOTATION (in Uzbek) This article analyzes the dynamics of magnetic fields and magnetized particles around black holes within the framework of Braneworld theory. The Bran universe model assumes the existence of a higher dimensional space-time and suggests that gravity extends into additional dimensions. Based on this theory, the metric of black holes may differ from classical General Relativity solutions. The article examines the magnetic field configuration around brane black holes, accretion disk plasma, energy release processes, and orbital and chaotic motion of magnetized particles. Possible effects from the point of view of observational astrophysics and the prospects of their experimental verification are also discussed.

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DOI

10.5281/zenodo.19115991

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