When you buy through links on our articles, Future and its syndication partners may earn a commission. Simulations suggest cosmic webs, made of filaments of dark matter, stretch throughout the galaxy.

Astronomers have traced the hidden fingerprints of dark matter by observing rare, glowing galaxies that lived in the early universe. A group of scientists led by Rutgers University has found new ...

"There are more questions than answers at this point." Dark energy could have an accomplice that helps it slow the growth of large cosmic structures, such as vast superclusters made up of clusters of ...

Astronomers are using radio pulses from space to find missing baryonic matter and learn about supermassive black holes, ...

Scientists at Rutgers and collaborators have traced the invisible dark matter scaffolding of the universe using over 100,000 ...

Euclid mission has published the most extensive simulation of the cosmos to date. The modeling was based on algorithms ...

The Euclid Consortium released Flagship 2, the largest and most detailed universe simulation. It maps billions of galaxies and trillions of particles. This digital model aids scientists in analyzing ...

A Rutgers-led team of scientists has uncovered evidence of how galaxies expand by tracing the invisible scaffolding of the ...

Euclid was launched in 2023 on a planned six-year mission Mission is exploring nature of dark energy and dark matter Data hints at the organization of galaxies in cosmic web Scientists unveiled on ...

"Really, Euclid is not only a dark universe detective, it's also a time machine. We will look back 10 billion years in cosmic history." The day that astronomers have been waiting for is here. On ...

Rossana Ruggeri is the recipient of an Australian Research Council (ARC) Discovery Early Career Researcher Award (DECRA), which supports her independent research project titled "Probing Dark Energy ...

Featuring the world’s largest digital camera, the Vera C. Rubin Observatory will capture these mysterious phenomena in more exquisite detail than ever before. MIT Technology Review Explains: Let our ...