In a nutshell Scientists propose that the entire universe might be spinning very slowly (0.002 rotations per billion years), ...

A tiny but radical twist in the fabric of the cosmos could offer a breakthrough in one of astronomy’s most persistent ...

This explains the existence and pattern of the cosmic microwave background, the lingering echo of the Big Bang, and the distribution of galaxies. These findings also show that the universe ...

A new analysis of astronomical data suggests unknown physics is at work assisting dark energy in acting almost as "antigravity," undoing the work of gravity, which clumps together matter to build vast ...

Theoretical physicists James Hartle and Stephen Hawking, for example, proposed that rather than having a strict beginning as we would understand it, the universe evolved out of a "no-boundary" state ...

An IIT scientist proposes a twin universe born alongside ours, where time flows in reverse. This theory challenges the Big ...

ACT observed the big bang’s afterglow, the cosmic microwave background (CMB), which was emitted when the universe was just ... thoroughly explain the curious patterns imprinted on the CMB ...

Measurements of the faint afterglow of the Big Bang (known as the cosmic microwave background ... These patterns can be used as cosmic rulers to measure the history of the universe's expansion.

ACT’s images of the cosmic microwave background (CMB) show the earliest light in the universe ... detailed view of the CMB’s polarization patterns, crucial for understanding cosmic evolution.

The cosmic microwave background – the afterglow of the Big Bang ... Marilyn Sargent / Berkeley Lab By tracking these patterns over time, DESI can map how the universe's expansion rate has changed.