A team of physicists have proposed a new cosmological model – dubbed the "black hole universe" – that suggests that our universe did not begin at the Big Bang. For a long time the universe was assumed ...

All the Latest Game Footage and Images from Plato's Universe Plato’s Universe is a simulation of the geocentric model of the universe. With his latest JRPG epic, Tetsuya Takahashi has reached ...

Our Universe is Expanding like a (Hyper) Balloon Rubber Membrane Model for Dark Matter Halo Correct representation of Negative and Imaginary Numbers Einstien did not defeat time; it was the other ...

Our best model of the universe is called lambda-cold dark matter (LCDM), which splits the cosmos into three parts: the matter we can see, the matter we can’t see that still has a gravitational ...

Our current model for the early universe is known as the "hot Big Bang." It describes the first stage of our universe as a primordial fireball composed of a very hot plasma, much like our sun.

Universe may revolve once every 500 billion years — and that could solve a problem that threatened to break cosmology One idea is known as holographic dark energy. In this scenario, gravity ...

The standard model says that, after the Big Bang set the universe’s expansion in motion, the gravitational attraction between atoms first led to the formation of stars and galaxies, while also ...

The chances of intelligent life emerging in our universe—and in any hypothetical ones beyond it—can be estimated by a new theoretical model which has echoes of the famous Drake Equation.

So we have this model that there is dark energy that’s making the universe expand faster and faster. It accelerates in its expansion. But just this last year, various teams have started measuring that ...

The standard model today holds that “normal” matter — the stuff that makes up people and planets and everything else we can see — constitutes only about 4 percent of the universe.

The background image shows the present-day distribution of matter in a slice through the largest FLAMINGO simulation, which is a cubic volume of 2.8 Gpc (9.1 billion light years) on a side.

The chances of intelligent life emerging in our Universe -- and in any hypothetical ones beyond it -- can be estimated by a new theoretical model which has echoes of the famous Drake Equation.