What we saw in the DESI experiments, and now strengthened by our South Pole Telescope observations, is that dark energy is ...

The aforementioned models of the cosmos, including the standard model of cosmology, have long posited the idea that the ...

"This is a unique opportunity to learn how the universe's first light emerged from the darkness." ...

A controversial theory suggests the observable universe is the result of matter rebounding after the collapse of a black hole ...

Born, according to tradition, around 570 in Mecca, the founder of Islam was a preacher, a prophet and a legislator, as well ...

Two studies fill in gaps about the cosmos’s ordinary matter. One maps it all, even the “missing matter.” The other details one of its hiding spots.

For years, astronomers have been working to piece together the story of our universe, but the critical early chapters ...

Using the XMM-Newton telescope, astronomers have discovered a vast 23 million light-year-wide tendril connecting galactic clusters and containing much of the universe's missing matter.

Matter in intergalactic space is not randomly scattered - it forms a vast network of filamentary structures that make up the ...

Seen as a long strand with smaller threads branching, the Quipu superstructure contains 68 galaxy clusters spanning 1.4 ...

To understand the Big Crunch theory, we have to look at what happened first — the Big Bang model. This widely accepted theory holds that our universe began from a massive expansion of space about 13.8 ...

The existence of dark energy has become part of what we call “the standard model” of cosmology. Scientists now see it as basic to the physics of the universe.