Futurists have long debated the arrival of the singularity, when human and artificial intelligence will merge, a concept ...

So it’s reasonable to expect quantum effects should not make the problem of whether we could ever observe a singularity worse. That’s because Penrose’s singularity theorem makes certain ...

In contrast, the peculiarity of quantum Griffith singularity is that it breaks the traditional scaling invariance, where exotic physics emerges. The physics of Griffiths singularity dates back to ...

Black holes are influenced by quantum mechanics to some extent, but such influence is normally ignored by physicists. For ...

That’s why error correction has been a major focus for quantum computing companies in recent years. Now, Google’s new Willow ...

Inside a typical black hole exists a region of infinite density known as a singularity. At singularities, the breakdown of quantum mechanics and gravity challenges our comprehension of the laws of ...

Preskill's has made major contributions to quantum computing including the concept of Noisy Intermediate-Scale Quantum" (NISQ ...

A team of researchers have significantly advanced our understanding of quantum black holes and their properties. Their new mathematical model provides evidence that when quantum matter is taken ...

As proven by physics Nobel laureate Roger Penrose, when matter collapses under its own gravitational pull, the result is a “singularity” – a point of infinite density or curvature. At a singularity, ...

So it’s reasonable to expect quantum effects should not make the problem of whether we could ever observe a singularity worse. That’s because Penrose’s singularity theorem makes certain assumptions ...