Their calculations could prove that the

For the first time, scientists have realised the Mott-Meissner quantum phase – implemented in an unprecedentedly large system.

Using a recently developed method to measure local particle currents with single-site resolution, the researchers were a…

The on-chip bolometer cuts down on costs and complexity while boasting ten times broader operational range.

The bolometer works by detecting photons, which leak from a component called a superconducting resonator on the quantum…

Even quantum systems with long-range interactions between particles can be analyzed using a key principle

The result can help guide the design of algorithms and hardware by

Interdisciplinary research on electro-optic sampling pushes the boundaries of quantum physics.

The study explains new techniques to enhance

In the paper the authors describe a new AI-based tool called AlphaTensor-Quantum that was trained using

Turns out, the small, compact profile of chip-scale integrated photonics lends itself well to generating

A UNIGE team has shown that particles can be measured jointly without bringing them together — a key advance for quantum communication and computing.

This breakthrough relies on quantum entanglement — the phenomenon that

The new study introduces a simpler, more stable approach using a quantum effect called

A method for fixing errors that occur in quantum computers is made massively more efficient through deep learning

To unleash the potential of quantum computers, it is thus vital to develop techniques that

In the quest toward finding the correct theory of quantum gravity, Varela and Katyal, with former USU postdoctoral fello…

In this study, the team used a nanoscale quantum sensor to measure spin fluctuations near

Key to these qubits are quasiparticles called Majorana bound states, which

Spins in diamond are a type of qubit that

Bringing Quantum Computing Out of the Lab environment and Into Data Centers—Seamless, Scalable, and Ready for enterprise & data center deployment.

While today's quantum computers demand specialized infrastructure, Bell-1 is a silicon-powered quantum computer that

Researchers shed light on the quantum process of distillable entanglement by developing an exact mathematical expression for it

Also known as entanglement purification, it takes multiple noisy entangled states and converts them into

At the heart of this new study lies the concept of entanglement entropy, a measure of how particles in quantum systems a…

The researchers even tested their game out on one such device, the Quantinuum System Model H1 Quantum Computer developed…

This work found that photons could be emitted on a chip by stretching a single-atom-thin layer of a semiconducting

A new quantum algorithm that simulates nature outperforms its classical counterparts

In the new study, the team formulated a quantum algorithm that can be used in theory to find low-energy states—what phys…