What constellation can swallow a black hole?

Black hole radiation.

Because Hawking radiation can make a black hole lose its mass, when it loses more mass than it gains, it will shrink and eventually disappear. Smaller miniature black holes usually have larger divergence than normal black holes, so the former will shrink and disappear faster than the latter.

Hawking's analysis soon became the first convincing theory of quantum gravity, although the existence of Hawking radiation has not been actually observed. In June, 2008, NASA launched the GLAST satellite, which can look for gamma ray flashes in evaporating black holes. In the extra-dimensional theory, high-energy particle collisions may also produce miniature black holes that will disappear on their own.

Extended data

Black hole classification:

Black holes can be divided into two categories according to their composition. One is a dark energy black hole and the other is a physical black hole.

Dark energy black holes are mainly composed of huge dark energy rotating at high speed, and there is no huge mass inside. Huge dark energy rotates at a speed close to the speed of light, and a huge negative pressure is generated inside to devour objects, thus forming a black hole. See Cosmic Black Hole Theory for details. Dark energy black holes are the basis of galaxy formation, as well as galaxy clusters and galaxy clusters.

Physical black holes are formed by the collapse of one or more celestial bodies, and their mass is huge. When the mass of a physical black hole is equal to or greater than that of a galaxy, we call it a strange black hole. Dark energy black holes are very big, and can be as big as the solar system. But physical black holes are small and can be turned into singularities.

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