A large-scale, fault-tolerant quantum computer with hundreds or thousands of logical qubits could run

In the experiment, the physicists were able to follow the dynamics that lead to

Argonne scientists unveil potential method for quantum information processing with magnets

The use of magnetic materials to process quantum information could empower a quantum computer with

This method offers greater stability than laser control and also has other benefits for

In the study, the research team presents a completely new method that uses magnetism – a much more common and accessible…

An award is kickstarting a new quantum research group, leading the charge towards breakthroughs in medical technology, computing and GPS.

Quantum light is typically generated within special structures known as optical cavities. Understanding what

The set-up features a quantum photonic circuit built at the

This principle plays an important role in quantum computers and sets fundamental limits for information processing based…

A key aspect of the new quantum processor is that the 69 superconducting quantum bits on the quantum chip

This work represents a significant step forward in the field of integrated quantum photonics. By integrating multiple

A study published in Nature reports the first observation of emergent anyonic behaviour in a

Two Brown students developed a new technique called Quantum Multi-Wavelength Holography, which creates high-fidelity 3D images using quantum entangled photons.

The novel technique uses infrared light to illuminate target objects, but creates images using visible light that is qua…

New experiment could have applications in quantum computation and more

Ultimately, the experiment not only encoded quantum information in the motion of the atoms but also led to

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