Defect | QuantumWire

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons

NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons

New Quantum Sensing Technology Reveals Sub-Atomic Signals

New Quantum Sensing Technology Reveals Sub-Atomic Signals

Defect

U.S. Department of Energy Invests $320 Million in Pioneering Scientific Research

Industry April 9, 2026
Finding Order in Disorder: A New Mechanism That Amplifies Transverse Electron Transport

Industry March 26, 2026
Quantum Sensors on the Move

Industry March 25, 2026
Qubits Created Using Unexpected Materials

Industry March 19, 2026
Xanadu Awarded $2.0 Million ARPA-E Grant to Advance Quantum Platform for Next-Generation Batteries

Industry March 7, 2026
DGIST Achieves Top-Level Solar Hydrogen Production Efficiency Using Heavy-Metal-Free Eco-Friendly Quantum Dots

Industry March 5, 2026
A Robust New Telecom Qubit in Silicon

Industry February 26, 2026
Turning Crystal Flaws Into Quantum Highways: A New Route Towards Scalable Solid-State Qubits

Industry February 11, 2026
Two-Dimensional Materials for Next-Generation Terahertz Quantum Devices

Technology January 25, 2026
TNO and Quobly Join Forces to Advance Industrial-Scale Silicon Quantum Technology

Industry January 19, 2026
Turning Crystal Flaws Into Quantum Highways: A New Route Towards Scalable Solid-State Qubits

Industry January 16, 2026
KAIST Detects ‘Hidden Defects’ That Degrade Semiconductor Performance With 1,000× Higher Sensitivity

Technology January 9, 2026
A Clear Signal Emerging From Quantum Noise

Industry January 6, 2026
Pinpointing the Glow of a Single Atom

Industry December 13, 2025
Surprising Nanoscopic Heat Traps Found in Diamonds

Industry December 10, 2025