Singularities appear in many theories, as points where physical quantities diverge. In most cases, these are not seen as physically real, but rather a consequence of the mathematical tools we use to describe nature.

Black holes are known to exhibit a striking diversity in their size. At the lower end are stellar-mass black holes, typically ranging from about 3 to 150 solar masses (M☉).

White dwarfs (WDs) represent the final evolutionary stage of low- and medium-mass stars, the inert remnants of red giant cores.

General relativity describes spacetime as a smooth, continuous fabric that dynamically curves in response to mass and energy. While widely accepted, it remains incomplete due to the presence of singularities.

Once a star has exhausted the nuclear fuel available in its core, it can no longer exert the necessary outward pressure to counteract the gravitational pressure from its own mass.

I attended the ESO-hosted EHT 2022 event for you !

After spotting the most distant individual star, astronomers break the record for the most distant galaxy !

Multiple recent studies have focused on galaxies to lift the veil on their formation - by looking at their radio lobes, building computer models or even diagnosing a broken spiral arm.

13.1 billion years old galactic wind from J1243+0100’s black hole sheds light on how galaxies grow.

A few weeks ago(April 9th), there was a One-Click Observation of Messier 87 with the

What might be the Arecibo telescope’s last contribution to astronomy is the discovery of a restless supermassive black hole.