A new study has connected the famous m87 black hole, the first ever imaged, to its powerful cosmic jet, revealing how it ...

Dark stars powered by dark matter may explain bright galaxies, massive black holes, and mysterious red objects in the early universe.

As gas falls toward a black hole, it heats up and shines. If the glow becomes intense enough, it can push incoming gas away. Astronomers call this balancing point the Eddington limit, and for decades ...

"Looking out into the universe is uniquely allowing us to look back in time and piece together this beautiful cosmic story ...

A newly identified quasar shows sustained growth beyond the Eddington limit, prompting new examination of accretion physics, radiation trapping and jet activity in early supermassive black holes.

Last year, astronomers were fascinated by a runaway asteroid passing through our solar system from somewhere far beyond. It ...

An early black hole feeds too fast—yet still blasts X-rays and radio jets.

"It is exciting to think that Little Red Dots may represent the first direct observational evidence of the birth of the most massive black holes in the universe." ...

British bespoke carmaker Talos Vehicles presented two new interpretations of the Ferrari 599 GTB upgrade it calls the Talos ...

Astronomers may have finally cracked one of the universe’s biggest mysteries: how black holes grew so enormous so fast after ...

Black holes in the early Universe appear to have grown far faster than scientists once believed. Astronomers have long struggled to explain how black holes became enormous so early in the Universe’s ...

New simulations suggest early black holes grew rapidly through intense feeding, helping explain why massive black holes appeared so soon after the Big Bang ...