In this article, we extend the strong deflection limit to calculate the deflection angle for a class of geometries which are asymptotically locally flat. In particular, we study the deflection of light in the surroundings of spherical black holes in Einstein–Skyrme theory. We find the deflection angle in this limit, from which we obtain the positions and the magnifications of the relativistic images. We compare our results with those corresponding to the Schwarzschild and the global monopole (Barriola–Vilenkin) spacetimes
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
We examine a class of charged black holes in scalar-tensor gravity as gravitational lenses. We find ...
The deflection of light in the strong field limit is an important test for alternative theories of ...
Abstract In this article, we extend the strong deflection limit to calculate the deflection angle fo...
In this article, we extend the strong deflection limit to calculate the deflection angle for a class...
We provide an analytic method to discriminate among different types of black holes on the grounds of...
We provide an analytic method to discriminate among different types of black holes on the grounds of...
We provide an analytic method to discriminate among different types of black holes on the grounds of...
We examine a class of charged black holes in scalar–tensor gravity as gravitational lenses. We find ...
Abstract In this article we study gravitational lensing by non-rotating and asymptotically flat blac...
In this article we study gravitational lensing by non-rotating and asymptotically flat black holes i...
Gravitational lensing is one of the most impressive celestial phenomena, which has interesting behav...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
We examine a class of charged black holes in scalar-tensor gravity as gravitational lenses. We find ...
The deflection of light in the strong field limit is an important test for alternative theories of ...
Abstract In this article, we extend the strong deflection limit to calculate the deflection angle fo...
In this article, we extend the strong deflection limit to calculate the deflection angle for a class...
We provide an analytic method to discriminate among different types of black holes on the grounds of...
We provide an analytic method to discriminate among different types of black holes on the grounds of...
We provide an analytic method to discriminate among different types of black holes on the grounds of...
We examine a class of charged black holes in scalar–tensor gravity as gravitational lenses. We find ...
Abstract In this article we study gravitational lensing by non-rotating and asymptotically flat blac...
In this article we study gravitational lensing by non-rotating and asymptotically flat black holes i...
Gravitational lensing is one of the most impressive celestial phenomena, which has interesting behav...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
The gravitational field of supermassive black holes is able to strongly bend light rays emitted by n...
We examine a class of charged black holes in scalar-tensor gravity as gravitational lenses. We find ...
The deflection of light in the strong field limit is an important test for alternative theories of ...