NASA’s Hubble Telescope continues to astonish scientists. A rare medium-sized black hole has been detected by an important NASA-run observatory.
This elusive black hole may be 6,000 light-years away, in a region containing many stars in the constellation Scorpius. A medium-sized black hole said to be the source of a relatively small region with the mass of 800 Suns is wreaking havoc among neighboring stars.
Messier 4 (or M4) is a nearby star cluster that has been studied by the Hubble Space Telescope for 12 years. Astronomers believe that M4 may be home to a medium-sized black hole weighing about 800 solar masses.
The existence of black holes has not yet been proven, but current models indicate that it is impossible for any other mechanism to produce a single, compact region of such a large mass.
See also: NASA’s Hubble Space Telescope captures Jellyfish Galaxy 900 million light-years away
“We are fairly certain that we have a relatively small region with a significant concentration of mass. It is about three times less dense than the dense dark mass that we have previously observed in other globular clusters,” according to Vitral, the study’s primary author. Have searched.
This achievement is another notch in Hubble’s crown. However, the cosmic journey continues. One of astronomy’s most intriguing discoveries—one that has the potential to fundamentally change our view of the universe—is the discovery of extra-intermediate black holes.
NASA’s Hubble Telescope continues to astonish scientists. A rare medium-sized black hole has been detected by an important NASA-run observatory.
This elusive black hole may be 6,000 light-years away, in a region containing many stars in the constellation Scorpius. A medium-sized black hole said to be the source of a relatively small region with the mass of 800 Suns is wreaking havoc among neighboring stars.
Messier 4 (or M4) is a nearby star cluster that has been studied by the Hubble Space Telescope for 12 years. Astronomers believe that M4 may be home to a medium-sized black hole weighing about 800 solar masses.
The existence of black holes has not yet been proven, but current models indicate that it is impossible for any other mechanism to produce a single, compact region of such a large mass.
See also: NASA’s Hubble Space Telescope captures Jellyfish Galaxy 900 million light-years away
“We are fairly certain that we have a relatively small region with a significant concentration of mass. It is about three times less dense than the dense dark mass that we have previously observed in other globular clusters,” according to Vitral, the study’s primary author. Have searched.
This achievement is another notch in Hubble’s crown. However, the cosmic journey continues. One of astronomy’s most intriguing discoveries—one that has the potential to fundamentally change our view of the universe—is the discovery of extra-intermediate black holes.











