The discussion centers on the interaction between two black holes, one composed of matter and the other of antimatter, and the resulting photon production upon their annihilation. It is established that when two black holes merge, they do not allow photons to orbit due to the extreme gravitational field leading to a singularity. The merging process results in a single point where conventional physics fails to provide explanations, and all forms of matter, antimatter, and photons are ultimately consumed. Additionally, the gravitational forces involved dictate that a larger black hole will consume a smaller one, increasing its mass and gravitational strength.
PREREQUISITESAstronomers, astrophysicists, and students of theoretical physics interested in black hole dynamics and the fundamental interactions of matter and antimatter in extreme conditions.
cragar said:Lets say i had a black hole out in space , and then i had another black hole made out of anti-matter , and they came together after they annihilated each other and produced photons , would the photons kind of orbit each other because they could not escape the intense G field , i realize this would be hard to setup but let's just say that we could get two black holes to do this ,