In the moments before the Big Bang, our universe was a hot, dense, and extremely high-energy place. That all changed when the universe exploded 13.8 billion years ago. Rapid inflation divided a ...

The quartet at the center of Steven Soderbergh‘s ghost story Presence has refined their own particular brand of dysfunction to perfection. The mom, Rebecca (Lucy Liu), is a first-class control ...

Instead of space-time’s three spatial dimensions and one of time, the physics of our world could be encoded into a set of odd geometrical shapes – and studying them may chart a new ...

New research suggests that dark energy isn't needed to explain the acceleration in the expansion of the universe — instead suggesting giant voids in space are creating an illusion. When you ...

The rate of expansion, known as the Hubble constant (H0), has been a subject of debate for decades. While measurements from the Planck satellite, which studied the early Universe, indicated a certain ...

Kiss surges to No. 2 on Billboard's Hard Rock Digital Song Sales chart as “I Was Made For Lovin’ ... [+] You” matches the band's all-time peak on the ranking. Gene Simmons, Ace Frehley ...

The couple welcomed the babies, a boy and a girl, on Jan. 15 Brooke Oleksy/Instagram Brooke Hogan and Steven Oleksy are parents — times two! On Saturday, Jan. 18, the former Hogan Knows Best ...

It should have been bigger news. When the National Ignition Facility conducted a successful fusion experiment, we got a front-row seat to what could happen if this technology is ever perfected.

Star formation in the early universe was a vigorous process that created gigantic stars. Called Population III stars, these giants were massive, extremely luminous stars that lived short lives ...

Scolnic, an associate professor of physics at Duke University, explains it as trying to build the universe's growth chart: we know what size it had at the Big Bang, but how did it get to the size ...