SPACEA new study claim it has already found the 'missing link' to the evolution of black holes. Learn more about the new theory on how black holes form and gain supermassive size.
Astronomers discovered that many two-star systems disguise themselves as black holes. See how the stellar bodies obtain an appearance like the dark objects swirling in space
In fresh photos from the European Southern Observatory (ESO), a supermassive black hole hidden by a cloud of cosmic dust was discovered in the heart of an active galaxy.
NASA succeeded in launching the Imaging X-Ray Polarimetry Explorer( IXPE) into space atop a SpaceX Falcon rocket with a two-year mission of investigating and measuring X-ray polarization in space.
Scientists have discovered light emanating from the merger of two black holes in the furthest reaches of the galaxy, which is a rare astronomical phenomenon.
For the first time, astronomers have detected gamma rays emanating from ultra-fast outflows coming from several nearby galaxies that may provide answers on how Milky Way came about.
According to a California Institute of Technology research based on the Very Large Array Sky Survey, astronomers may have detected a previously unseen kind of supernova.
Astronomers used an 'X-ray magnifying glass,' the new technology of NASA's Chandra X-ray Observatory, to study the black hole system in the early universe.
There is no definite way of how a black hole forms in the universe, but the new high-powered simulation from the researchers of Northwestern University could shed light on how galaxies feed the supermassive black hole.
Researchers said that black holes can have a bending light around them. They coincidentally proved that Einstein's theory of general relativity is real and that not everything in space cannot escape a black hole.
When supermassive black holes consume the gas and stars surrounding them, they generate 'burps,' and the frequency of these burps is proportional to their size, according to a new research.
A new study captures a black hole bending light around it. The findings on the research paper coincidentally prove Einstein's theory of general relativity.
An new image of a supermassive black hole and its vast extragalactic radio jet has been captured for the first time, raising new questions about our nearest radio galaxy.