Electron Spin | QuantumWire

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Reading Qubits in an Ultraclean Environment

Reading Qubits in an Ultraclean Environment

EeroQ Breakthrough Solves the “Wire Problem” in Quantum Computing

EeroQ Breakthrough Solves the “Wire Problem” in Quantum Computing

Electron Spin

Research Breakthrough Could Enable Ultra-Sensitive Quantum Chemical Sensors

Technology October 12, 2026
Tiny Spins, Big Quantum Effects

Technology October 9, 2026
First Observation of Quantum Spins Shifting a Centimeter-Scale Object in the Lab

Technology October 9, 2026
Advancing Quantum Computing With Zinc Oxide Quantum Dots

Technology September 30, 2026
One Superconductor, Three Phases: A New Route to Tunable Quantum States

Technology September 11, 2026
Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Technology September 10, 2026
How the Advanced Light Source Is Accelerating Our Quantum Future

Technology September 8, 2026
Qubits ‘Dressed’ for Success

Technology August 28, 2026
Anomalous Quantum Oscillations Reveal New Physics in a Topological Insulator

Technology August 18, 2026
Shedding Light on New Type of Magnetism in Quantum Materials

Technology July 31, 2026
The Quantum Bus Goes Round and Round

Technology July 31, 2026
Single-Molecule Spin Devices Set to Revolutionize Quantum Computing and Low-Power Electronics

Technology July 31, 2026
Using a Molecule as a Quantum Sensor

Technology July 31, 2026
AI-Designed Metamaterials Pave the Way for High-Speed Spin-Wave Computing

Technology July 29, 2026
SKKU Identifies World’s First ‘Zinc Oxide Spin Qubit’ — a Breakthrough for Semiconductor-Based Quantum Technology

Technology July 28, 2026