Supercurrent | QuantumWire

A World First: Qubit Coherence Decay Traced to Thermal Dissipation

A World First: Qubit Coherence Decay Traced to Thermal Dissipation

Exploring Long-Range Coupling in Superconducting Spin Qubits: A Breakthrough powered by OPX

Exploring Long-Range Coupling in Superconducting Spin Qubits: A Breakthrough powered by OPX

Manchester Scientists Find Novel One-Dimensional Superconductor

Manchester Scientists Find Novel One-Dimensional Superconductor

Supercurrent

Demonstration of Spontaneous Magnon Coherence at Room Temperature – New Opportunities for Future Technologies

Technology July 16, 2026
The First-Time Direct Observation of Exotic Charge-Neutral Quasiparticles in Twisted Tungsten Diselenide

Technology May 19, 2026
Making Waves: Water Simulation of Famous Quantum Effect Reveals Unexpected Patterns

Technology April 21, 2026
Anything-Goes “Anyons” May Be at the Root of Surprising Quantum Experiments

Industry December 23, 2025
JILA Collaboration Makes Cavity Quantum Electrodynamics Into a Team Sport

Industry November 28, 2025
Superconductivity Is Unpredictable at the Edge

Technology August 25, 2024
A World First: Qubit Coherence Decay Traced to Thermal Dissipation

Technology August 23, 2024
Exploring Long-Range Coupling in Superconducting Spin Qubits: A Breakthrough powered by OPX

Technology July 25, 2024
New Method Developed to Control Quantum Bound States in Superconducting Device

Technology July 5, 2024
Manchester Scientists Find Novel One-Dimensional Superconductor

Technology April 28, 2024