Strong Lensing of a Regular Black Hole with an Electrodynamics Source

TL;DR

This paper studies the gravitational lensing effects of a regular, charged black hole with electrodynamics, comparing deflection angles and image properties to classical black holes, aiming to aid detection of such non-luminous objects.

Contribution

It introduces a detailed analysis of strong field gravitational lensing for a regular black hole with electrodynamics, extending understanding beyond traditional black hole models.

Findings

Deflection angles differ from Schwarzschild and Reissner-Nordström black holes.

Graphical analysis of relativistic images and magnifications.

Potential application in detecting non-luminous black holes.

Abstract

In this paper we have investigated the gravitational lensing phenomenon in the strong field regime for a regular, charged, static, non-linear black hole having a electrodynamics source. We have obtained the angle of deflection and compared it to a Schwarzschild black hole and Reissner Nordstrom black hole with similar properties. We have also done a graphical study of the relativistic image positions and magnifications. We hope that this method may be useful in the detection of non-luminous bodies like this current black hole.