First Layer: Quantum Code—The Underlying Programming Language of the Universe To understand how the classical world emerges, ...

Quantum dynamics—the study of how particles behave and interact in a quantum system—has long fascinated physicists due to its puzzling and sometimes bizarre behaviors. Unlike classical systems, where ...

UC Riverside researchers show scalable quantum systems are possible with noisy chip links, defying hardware limits.

Recently, a research team from the University of Sheffield proposed an innovative quantum error correction protocol that effectively corrects common single-qubit insertion errors in quantum computing.

According to Shalby, the most widely used error correction technique is called the surface code, and a “surface code chip” is a quantum processor designed around this method. He said such chips can ...

2020 was a devastating year, as most of it was controlled by the effects of COVID-19. Though the pandemic is still lurking in the background, 2021 is underway, and individuals need to find ways to ...

In a major leap toward the future of computing, researchers have shown that even small-scale quantum processors can outperform classical algorithms in machine learning tasks. The finding offers a ...

‘An ever-ticking clock’: How these physicists made a ‘time crystal’ inside a quantum computer — and what it means for us.

Honeywell's quantum scientists have quadrupled the capabilities of the company's quantum computer, with the device achieving record levels of performance less than a year after the first ...

The researchers have shown that quantum computers can be built from interconnected smaller chips, and that these systems can ...