Novel superconducting flux qubit can operate without being surrounded by a magnetic field

Quantum research breakthrough uses synthetic dimensions to efficiently process quantum information

ARQUIN provides framework for simulating distributed quantum computing system

Dilution refrigerators keep superconducting qubits cold. Credit: Andrea Starr | Pacific Northwest National Laboratory One of the most difficult problems with quantum computing relates to increasing the size of the…

Hybrid quantum error correction technique integrates continuous and discrete variables

Fault-tolerant quantum computing architecture using hybrid qubits / Fault-tolerant quantum computing architecture based on hybrid qubits that utilize both DV and CV qubits simultaneously. It utilizes hybrid fusion techniques to…

Enhanced wavelength conversion paves the way for more efficient quantum information transfer

Study explores the physical origin of errors in a spin qubit processor

Team Diraq is building quantum computers using same technology as the traditional transistor technology. Credit: Tanttu et al. To achieve remarkable performances, quantum computing systems based on multiple qubits must…

Novel protocols for estimating Hamiltonian parameters of a superconducting quantum processor could improve precision

Google’s sycamore quantum chip beats classical computers running random circuit sampling

A quantum material could be the future of high-ene

Scintillators are detectors that make high-energy X-rays or particles visible through flashes of light to form an image. Their many applications include particle physics, medical imaging, X-ray security and more.…

Scientists use light to visualize magnetic domains in quantum materials

Light beams of varying intensities (yellow cylinders) help visualize magnetic domains (light and dark areas), separated by domain walls (red lines). Credit: Osaka Metropolitan University When something draws us in…