Destroying Kerr–Newman-Nut-Quintessence black hole

Abstract

In this paper, we investigate the possibility of destroying the Kerr–Newman-Nut-Quintessence (KNNQ) black hole surrounded by the quintessence field, dust, and radiation with both the electric charge and magnetic charge. By neglecting the radiative, self-energy and self-force effects, it has been shown that a near extremal KNNQ black hole can turn into a naked singularity by the test particle both in the electric field as well as the magnetic field. In this work, we neglect the self-energy, self-force and radiative effects as considered by some others in the literature. We also investigate that the allowed parameter range for the particle is very narrow, indicating that radiative, self-energy and self-force effects are considered and may prevent violation of the cosmic censorship.