如果两个黑洞靠近，会发生什么？

If two black holes of equal size and mass were in close proximity to each other, their interaction would depend on several factors such as their relative velocities, spins, and the angle at which they approach each other. Generally, there are three possible outcomes: Orbiting: If the two black holes are moving at a high velocity or have a certain angular momentum, they may enter into an orbit around each other. This would result in the formation of a binary black hole system, where both black holes continuously revolve around a common center of mass. Merger: If the two black holes are sufficiently close and their orbits decay over time due to the emission of gravitational waves, they may eventually merge into a single, larger black hole. This process releases a significant amount of gravitational energy in the form of gravitational waves. Partial Consumption: In some cases, one black hole could come close enough to disrupt the gravitational equilibrium of the other. This can lead to the partial consumption of the smaller black hole by the larger one, resulting in an increased mass and size for the larger black hole. The exact outcome would depend on the specific parameters of the black holes involved and cannot be determined without detailed calculations. However, it is important to note that black holes do not continually emit and absorb matter in the same way as conventional objects. Their intense gravitational pull allows them to capture nearby matter, but it does not necessarily mean that they are constantly growing in mass.

Pierw muszą udowodnić że w ogóle istnieją, potem się można zastanawiać. Jak na tę chwilę to wciąż teoria I matematyczne równania, no chyba że ktoś uważa że obraz wygenerowany komputerowo przez NASA za dawód.