It is not quite understood why we are able to observe supermassive black holes (SMBHs) early in our universe’s history. Leading theories can be separated into two camps.

A group of astronomers based at the University of Arizona, Tucson have used NASA’s Hubble and James Webb Space Telescopes for a detailed look at the debris disk that surrounds Vega, spanning nearly 100 billion miles in di

Beyond the outskirts of the Solar System lies the cold classical belt (CCB), a stable region within the Kuiper Belt.

A study by researchers at DTU space have discovered one of the fastest rotating neutron stars ever observed, with a rapid rotation rate of 716 times per second.

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.

Hubble has made new observations of Jupiters Great Red Spot, revealing that the anticyclone is not as stable as it might appear.

Brown dwarfs are substellar objects that occupy the gap between the largest planets and the smallest stars.

Following the formation of baryonic matter just after the Big Bang, the universe entered a period known as the dark ages, where this matter drifted aimlessly through an otherwise empty cosmos.

On the 27th of August, the Asteroid Terrestrial-impact Last Alert System (ATLAS), observing from Sutherland, South Africa, captured data on asteroid 2024-PT5.

In 2013, NASA's Curiosity rover detected organic compounds in Martian rock samples, prompting further investigation into their implications for the planet's history.

It has been proposed by MIT physicists that if most of the dark matter in the universe is incorporated into microscopic primordial black holes, these should race through our solar system at least once per decade at veloci