A black hole is generating stars in a nearby dwarf galaxy.
Research shows that black holes are not always violent and destructive things. On the contrary, they can form stars and not eat them.
NASA’s Hubble Space Telescope has detected such a black hole in the Haines 2-10 galaxy, about 30 million light-years away.
While new research suggests that black holes may be more productive than we realize, the new research could also help us understand where the largest black holes come from.
Amy Raines, the researcher who published the first evidence of a black hole in the galaxy in 2011, was also the lead scientist on the new study..
“I knew from the start that something extraordinary and special was happening at Hennessy 2-10.
An article was published today describing the discovery of a star formation caused by a black hole in the dwarf galaxy Henness 2-10. natural >> adjective.
In large galaxies, matter falling toward a black hole is torn apart by its magnetic fields, resulting in explosions of plasma moving at the speed of light. Any gas cloud trapped in that plane would heat up so much that it would form stars.
The black hole in the dwarf galaxy Henis 2-10 is small and the material coming out of it runs very slowly. That is, the gas is properly compressed to form stars, and this does not prevent it from doing so.
“At a distance of 30 million light-years, Haynes is close to 2-10, so both images and spectroscopic evidence of Hubble’s exposure to the black hole can be captured very clearly. Author Zachary Schott.
A new study of the Hubble black hole will help provide better information about how these supermassive black holes form. Because they are so small, they can provide a picture of what black holes were like when they were small, how they formed and how they might grow — even bigger now.
“The age of the first black holes is not something we can see, so it has become a really big question: Where did they come from? Dwarf galaxies can hold some memory of a black hole’s origin scene.