Symmetry, Vol. 15, Pages 848: Weak Gravitational Lensing around Bardeen Black Hole with a String Cloud in the Presence of Plasma

Symmetry, Vol. 15, Pages 848: Weak Gravitational Lensing around Bardeen Black Hole with a String Cloud in the Presence of Plasma

Symmetry doi: 10.3390/sym15040848

Authors: Farruh Atamurotov Husan Alibekov Ahmadjon Abdujabbarov Ghulam Mustafa Mersaid M. Aripov

The effect of spacetime curvature on optical properties may provide an opportunity to suggest new tests for gravity theories. In this paper, we investigated gravitational weak lensing around a Bardeen black hole with the string clouds parameter. First, we examined the horizon structure in the presence of string clouds around the gravitational compact object defined by Bardeen spacetime. The effect of gravitational weak lensing in a plasma medium is also discussed. According to the findings, the influence of the string cloud parameter on the circular orbits of a light ray around the black hole is greater than that in the Schwarzschild case, while the influence of the charge is reversed. The deflection angle of light rays in weak lensing is also used to study how much the image is magnified.