Scientists have discovered an extraordinarily massive black hole weighing an astounding 36 billion solar masses, challenging ...

One researcher’s analysis of Webb Space Telescope images could indicate that we’re all stuck in a black hole, according to ...

Our understanding of black holes, time and the mysterious dark energy that dominates the universe could be revolutionized, as ...

Nobody knows exactly how these first black holes formed but the best guess is that they form during the collapse of dense, pristine gas clouds in the early universe. This process leaves them at the ...

For this reason black holes are invisible to the eye, as lightless as the empty, dark space surrounding them. Scientists know they exist not because they can see an actual hole, b ...

A radical new theory suggests that black holes can transition into white holes that eject matter, light, and time back into ...

DESI, which will be scanning the sky for five more years, is expected to observe around 40 million galaxies and quasars ...

The gas and dust swirl together at high speeds, forming the accretion disk that feeds the black hole. The rapid movement of the material causes it to heat up, releasing energy in the form of ...

At the center of our galaxy, hidden behind dense clouds of gas and dust, the black hole Sagittarius A* rotates rapidly, ...

This discovery challenges current understanding of black holes and could provide insights into galaxy formation and evolution. The black hole’s growth might reveal important cosmic processes ...

Dynamical insights from magnetohydrodynamic simulations First Author: Gourab GiriAuthors: Joydeep Bagchi, Kshitij Thorat, ...