Why space as we know is dominated by matter instead of its oppositely charged twin is a long standing question in physics. Now, experiments at the LHC are providing a glimpse at an answer.

A group of physicists say that a multiverse, in which we're just one of many sibling universes, is an inevitable result of cosmic inflation.

Planck has given us more precise measurements of how the universe works, but mostly confirms what we know.

Cosmologists are still puzzling over faint signals in the CMBR that may or may not be there and indicate profound events in our past or to our future.

Before closing its doors forever, the Journal of Cosmology lobs one last volley for its theory of panspermia and it's a... well, it's certainly something.

Penrose and Gurzadyan respond to their critics without offering anything new for the debate.

Roger Penrose thinks he discovered traces of previous Big Bangs in the Cosmic Microwave Background Radiation, but his evidence for it seem thin and the consequences are left unaddressed.

While many physicists are trying to dive deeper and deeper into the complexities of space and time, others are looking for a much simpler explanation of the universe's mysteries.

Black holes radiate virtually no energy, much less anything we'd consider heat. But that doesn't mean their innards aren't superheated to cosmic extremes...

Another day, another example of comic numerology making big claims and falling on its face.

The Daily Galaxy promotes a paper with demonstratively erroneous conclusions about the age of the universe, and very sketchy origins.

The results of the biannual scientific literacy survey conducted by the National Science Foundation are so embarrassing, the organization felt the need to censor some of the results.

Creationists and theologians often call the Big Bang theory an origin story for atheists. But that comparison ignores the easily confirmed evidence that it more than likely happened.

Young Earth creationists demand scientists produce the "missing antimatter" from the Big Bang or scrap the theory altogether.

No matter what we try, we can't get around the need for dark matter in our equations and observations.