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A new study focusing on areas far from the center of the galactic cluster Abel 2261 also raises hopes that it will soon signal a mysterious black hole slipping out of an astronomer’s lattice.
While our galaxy, the Milky Way, is known to have a black hole like four million suns at its center, there should be a giant galaxy in the middle of the cluster Abel 2261, about 2.7 billion light years from Earth. An even bigger one – a massive object with a strong gravity, with an estimated mass of 3 billion to 100 billion suns, depending on the estimated mass of the galaxy, astronomers believe. A new study by a team led by Kehn Gultekin of the University of Michigan has been accepted for publication in the Journal of the American Astronomical Society.
The monster never heard of has so far slipped out of the camera: researchers tried to look at X-rays coming from the center of the galaxy to find the hidden black hole, but to no avail.
In a new study, the galaxy was further explored in 2018 using observations made by NASA’s Lunar X-ray Observatory, which included a tilt zone away from the center of the galaxy based on the assumption that a long-desired black hole could occur. Push to the side after a powerful galactic merger.
When black holes and other massive celestial bodies collide, they send a wave into space called gravitational waves. Scientists argue that if the emitted waves are not all symmetrical, they could push a supermassive black hole merged from the center of an expanded galaxy, known as a “reclining”.
Such pushed black holes date back to the whole of fantasy and, unlike small black holes, have never been detected by telescopes.
“It is not known whether supermassive black holes also come close enough to each other to generate and merge gravitational waves; so far, astronomers have only examined the mergers of many smaller black holes,” NASA officials wrote in a statement about the new study. He added that the discovery would “encourage scientists to use and develop observatories to see gravitational waves by merging supermassive black holes.”
The research team has now discovered that the hot gas concentrations were far from the heart of the galaxy, but the lunar data failed to map – primarily – their location. Researchers are currently hoping for a successor to Hubble – NASA’s cutting-edge giant James Webb Web Space Telescope, which will be launched into space in October 2021.
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