If wormholes existed somehow ... loading it with a bare-bones model of a simple holographic universe that contained two quantum entangled black holes on either end. After encoding an input ...

the team built a wormhole model to run on a quantum processor. This allowed them to investigate the physics of wormholes and their potential connection to so-called 'quantum gravity.' "We found a ...

the computer simulation effectively looks and works like a tiny wormhole. This model, the team said in a press conference, is a way to study the fundamental problems of the universe in a ...

It's an incredibly small duck, however; per Jafferis, a wormhole the size of a single electron would still have 10 45 times the entanglement of their toy model version. In short, the atoms behaved ...

Using Google’s Sycamore quantum processor, scientists from Caltech, Harvard, Fermilab and Google ran the first simulation of a wormhole. The key was an established model known as SYK that could ...

In their new paper, the researchers built a model to simulate an electrically charged, spherical wormhole and its effects on the universe around it. The researchers wanted to find out whether ...

"We are working right now on a model which calculates the rate of wormhole formation," said Tsilioukas. "The research seems promising, and we hope to publish the results very soon." In the long ...

A group of physicists just built a tiny model of a wormhole on a quantum computer and sent a qubit — a quantum unit of information — through it. It’s a tiny step, but it could be the first ...

In astrophysics, that’s a mic drop. As for where dark energy comes into this, it’s still a part of our working model of the universe, wormholes or not. In this case, the wormholes would ...