As for how much matter the universe really contains, astronomers say computer simulations like this one are not just great cosmic eye candy but also important probes to help pin down the cause of ...

In a universe modeled as computation, the computer that renders space and its contents should be outside of space. To make progress in building such a model, one option is to place the computer ...

A new hypothesis called the “quantum memory matrix” could solve long-standing physics questions, including the Black Hole ...

Both models change the universe’s growth in a direction that aligns early- and late-time measurements. What Comes Next? The research team plans to turn their equations into a full computer model.

Using a statistical method known as the Bayesian inference, we reconstructed the gravity of the universe through cosmic history in a computer model based on these three parameters.

The most widely accepted theoretical model, the Lambda/Cold Dark Matter model (ΛCDM), says the universe is growing at 67-68 km/s/Mpc. But what astronomers see through their equipment is a little ...

To put these ideas to the test, the researchers turned to Google's Sycamore 2 computer, loading it with a bare-bones model of a simple holographic universe that contained two quantum entangled ...

Of some help could be a new computer simulation that traces how all elements of the universe — ordinary matter, dark matter and dark energy — evolve according to the laws of physics.

Both models change the universe’s growth in a direction that aligns early- and late-time measurements. What Comes Next? The research team plans to turn their equations into a full computer model.