Analytical description of black holes shadow - Balendra Pratap, Singh
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In 1905, Einstein presented the special theory of relativity where he determined that the laws of physics appear same in all inertial frames and the speed of light is constant in vacuum. After the discovery of special theory of relativity, Einstein took another ten years to include acceleration in his theory and in 1915 he established the general theory of relativity for an accelerating observer [1]. The general relativity (GR) is a theory of gravity in which Einstein presented a unified picture of space and time, well known as spacetime which was abandoned by Newtonian gravity [2]. One of the…mehr

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In 1905, Einstein presented the special theory of relativity where he determined that the laws of physics appear same in all inertial frames and the speed of light is constant in vacuum. After the discovery of special theory of relativity, Einstein took another ten years to include acceleration in his theory and in 1915 he established the general theory of relativity for an accelerating observer [1]. The general relativity (GR) is a theory of gravity in which Einstein presented a unified picture of space and time, well known as spacetime which was abandoned by Newtonian gravity [2]. One of the most interesting and intriguing prediction of GR is the existence of black holes in our universe. Black holes are the region in the spacetime where the gravitational pull is so high that even light cannot escape from it. Black holes are the most exotic astrophysical objects due to its unique behavior and a black hole solution can be found by solving Einstein field equations.