Quote: "Stephen Hawking, discovered that, if we include quantum mechanical effects, a black hole in fact radiates, although very slowly. As a result, it gradually loses its mass and eventually evaporates. "
see:
https://blogs.scientificamerican.com/observations/have-we-solved-the-black-hole-information-paradox/?fbclid=IwAR1DhaGAaRn8aSfmYB8e_hhszStD337JaAqV-oTl7lbolATb9r6dk0lB_P8
However, Quantum FFF Theory says:
A: All black holes (BHs) are equipped with a nucleus of Axion-Higgs field "rigid transformer strings" compacted together as a growing knot by the external pressure of the Axion Higgs vacuum field lattice, absorbed and deluted by the growing BH nucleus.
B: most BHs do not evaporate from the inside nucleus but produce and repel particle pairs including plasma gas at the Schwarshield horizon.
There are different sized black hole families;
C: All BHs are entities of Dark Matter large or small.
Black Hole families:
1: Ball lightning BHs being the smallest BH, originated by strong magnetic interference, always decaying at short notice mostly plasma producing.
2: Sunspot black holes being the origin of Cometary nuclei and the result crashed Comets, able to form tandem Herbig jharo systems with electric currents and magnetic explosions as a result. They do not evaporate as all larger Bhs do not..
3: Super nova BHs, the result of impoding stars with enough mass.
4: Equal sized Herbig Haro BHs are not able to merge but able to combine into so called Herbig Haro systems presented as bowshocks. (or Hotspots)
5: Large Herbig Haro BHs in the early universe are supposed to be the seeds for galaxy formation called GABHs ( Galaxy Anchor Black Holes)
6: Large Central Galaxy BHs as the result of BH merging inside the galaxies
7: Big Crunch BHs the result of all merger BHs in a contracting universe
8: Big Bang BH, the successor of the Big Crunch BH able to evaporate its nucleus ( the content of the formeruniverse) into chucks of smaller BHs and evaporate as the particle based oscillating dark energy Vauum system called Axion Higgs field.