Motion and collision of particles near DST black holes

P. A. González; Marco Olivares; Ali Övgün; Joel Saavedra; Yerko Vásquez

doi:10.1140/epjc/s10052-019-7043-6

Motion and collision of particles near DST black holes

P. A. González, Marco Olivares, Ali Övgün, Joel Saavedra, Yerko Vásquez

INSTITUTE OF PHYSICS

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Abstract

We consider the Deser–Sarioglu–Tekin (DST) black hole as a background, and we study the motion of massive particles in the case that we have a collision of two spinning particles in the vicinity of its horizon. New kinds of orbits are allowed for small deviations of General Relativity, but the behavior of the collision is similar to the one observed for General Relativity. Some observables like the bending of light and the perihelion precession are analyzed.

Original language	English
Article number	528
Journal	European Physical Journal C
Volume	79
Issue number	6
DOIs	https://doi.org/10.1140/epjc/s10052-019-7043-6
State	Published - 1 Jun 2019

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abstract = "We consider the Deser–Sarioglu–Tekin (DST) black hole as a background, and we study the motion of massive particles in the case that we have a collision of two spinning particles in the vicinity of its horizon. New kinds of orbits are allowed for small deviations of General Relativity, but the behavior of the collision is similar to the one observed for General Relativity. Some observables like the bending of light and the perihelion precession are analyzed.",

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AU - Olivares, Marco

AU - Övgün, Ali

AU - Saavedra, Joel

AU - Vásquez, Yerko

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AB - We consider the Deser–Sarioglu–Tekin (DST) black hole as a background, and we study the motion of massive particles in the case that we have a collision of two spinning particles in the vicinity of its horizon. New kinds of orbits are allowed for small deviations of General Relativity, but the behavior of the collision is similar to the one observed for General Relativity. Some observables like the bending of light and the perihelion precession are analyzed.

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Motion and collision of particles near DST black holes

Abstract

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