Using a new computer model of galaxy formation, researchers have shown that growing black holes release a blast of energy that fundamentally regulates galaxy evolution and black hole growth itself.

After 9 months of number crunching on a powerful supercomputer, a beautiful spiral galaxy matching our own Milky Way emerged from a computer simulation of the physics involved in galaxy formation ...

Morpho will support further acceleration of 3D simulations (galaxy formation simulations) using deep learning on Fugaku through the project and collaboration.

York University and an international team of astrophysicists have made an ambitious attempt to simulate the formation of galaxies and cosmic large-scale structure throughout staggeringly large ...

Researchers have unveiled a new computer simulation that mirrors early universe conditions. In collaboration with the US' Georgia Institute of Technology, researchers from Maynooth University in ...

What was the universe like in the first few hundreds of millions of years after it came into existence? How did the first ...

Scientists have developed a simulation of early galaxy formation to chart out the earliest moments of the universe following the Big Bang.

Critically, our AI-assisted simulation was able to reproduce the dynamics important for capturing galaxy evolution and matter cycles, including star formation and galaxy outflows.” ...

Paradox of ultramassive black hole formation solved by supercomputer New simulations reveal that triple galaxy mergers could help explain how the largest black holes in the universe grew so quickly.

Researchers typically plot out the story of galaxy formation using simulations, aiming to model the presence of features like stars and dark matter and seeing how those interact.