michael879 said:Im trying to describe a system of two kerr black holes and I was wondering if this was even possible? I am currently taking a GR course but I've looked through the textbook and we only seem to deal with stationary solutions to einstein's field question (and no two-body problems).
A Kerr black hole is a theoretical type of black hole described by the Kerr metric, which is a solution to Einstein's field equations in the theory of general relativity. It is characterized by its rotating nature and a singularity at its center, known as the "ring singularity."
Based on current scientific understanding, it is possible for two Kerr black holes to exist in the same spacetime. However, this is still a topic of ongoing research and there is not yet conclusive evidence for the existence of such systems.
If two Kerr black holes were to exist in the same spacetime, they would interact through their gravitational fields. This interaction could result in the merging of the two black holes, leading to the formation of a larger black hole with a different Kerr parameter.
If two Kerr black holes were to exist in the same spacetime, it would provide further evidence for the theory of general relativity and would have important implications for our understanding of gravity and the behavior of black holes. It could also have implications for the study of other phenomena, such as gravitational waves.
Currently, there is no conclusive evidence for the existence of two Kerr black holes in the same spacetime. However, there have been several observations and simulations that support the possibility of such systems, and ongoing research may provide more evidence in the future.