Weber’s attraction “Infinite Milky Way”, reveals the formation of black holes
Discoveries keep pouring out of the James Webb Space Telescope (JWST). The researchers observed an anomaly cluster, which they called the Infinite Galaxy. It seems to support the main theory about how some super black holes form.
Although “Infinity Galaxy” sounds like a place Thanos will hang out, it only describes how it looks. Two compact red cores, each surrounded by a ring, giving the cluster the shape of an infinite symbol.
More interesting inside. (After all, this is much lower than some eye candy produced by the Weber Telescope.) Researchers believe that when two spiral galaxies (nuclei in the image) collide, the infinite galaxies formed form. Between them is a young supermass black hole with a gas cloud inside.
The size of a supermass black hole can be hundreds of thousands of times as big as our sun, to millions or billions of times. That’s about a million times.
The infinite Milky Way puts its weight on the theory of direct collapse of black holes. As you probably know, most black holes form when most giant stars collapse. exist Super large It’s hard to explain.
One theory suggests that over time, smaller black holes will fuse to form a super-large mass. The problem is that some super-large black holes were formed shortly after the Big Bang. Therefore, scientists believe that certain forms of supermass are from the collapse of the gas cloud, as we see here. Infinite galaxies may be the best evidence for the direct collapse hypothesis.
One of the authors of this article summarizes these findings. “By looking at the data from Infinity Galaxy, we think we’ve pieced together a story about a story that could happen directly here,” Pieter Van Dokkum wrote in a press release. “Two disc galaxies collided, forming the stellar ring structure we saw. During the collision, the gases hit and compressed in the two galaxies. This compression could be enough to form a dense knot and then poured into the black hole.”
The team was unable to determine the theory from its current data. “But we can say that these new data reinforces us seeing a nascent black hole while eliminating some competitive explanations,” Van Dokkum added. “We will continue to pores through the data and investigate these possibilities.”
