Intermediate-mass black holes (IMBHs) are now better understood thanks to a recent breakthrough in astronomical research.
Joint research led by Michiko Fujii of the University of Tokyo demonstrates a possible formation mechanism of ...
A simulation showed black holes with masses between 100 and 10,000 times that of the sun could be born through a chaotic ...
Young stellar objects travel around the black hole in the centre of our galaxy at a speed of over ... The Kinematic Analysis of a Sub-population of the Low-mass G-objects close to Sgr A*’ and has been ...
The new study addresses some of these mysteries by studying processes like stellar mass ejection and neutrino emission, which play a crucial role in black hole formation. Phys.org spoke to first ...
Around the same time Cygnus X-1 was shown to be a stellar-mass black hole, astronomers were also finding objects that were much more distant, some billions of light-years away, yet still so bright ...
New research utilizes the first-ever simulations of individual stars in forming globular clusters to explore potential ...
Stars that vanish from the sky may be collapsing directly into black holes without going supernova first, a new study of a ...
Astronomers have a new way to measure how fast a black hole spins, by using the wobbly aftermath from its stellar feasting ... estimates of the black hole's mass, and that of the disrupted ...
Following the destruction of Meridia in Helldivers 2 a black hole has appeared, but not everyone is convinced.
Scientists have discovered that intermediate-mass black holes may have formed in dense star clusters. Known as “globular ...