Analyzing the Einstein cubic gravity black hole for weak gravitational lensing, quasi-periodic oscillations, effective force, and emission energy
Farzan Mushtaq, Tiecheng Xia, Allah Ditta, Asif Mahmood
Abstract
In this paper, we analyze weak gravitational lensing by taking the black hole solution in Einstein Cubic gravity with the Gibbons and Werner approach. We deduce the deflection angle of light in a nonplasma and plasma medium. Firstly, we derive the Gaussian optical curvature and apply the Gauss–Bonnet theorem to find the deflection angle for the black hole spherically symmetric space–time. Additionally, we examine the graphical behavior of the deflection angle caused by the black hole in the presence of the nonplasma and plasma medium. Further, we use Einstein cubic gravity black hole geometry to discuss the quasi-periodic oscillations, effective force, and emission energy.
Topics & Concepts
PhysicsEinsteinBlack hole (networking)GravitationAstrophysicsClassical mechanicsQuantum electrodynamicsLink-state routing protocolRouting (electronic design automation)Routing protocolComputer networkComputer scienceAstrophysical Phenomena and ObservationsPulsars and Gravitational Waves ResearchAdaptive optics and wavefront sensing