Material Defects | QuantumWire

Material Defects

SQMS Center Uncovers Material Origins of Variations in Qubit Performance Through Landmark Study

Technology October 6, 2026
Dartmouth to Participate in NSF-Funded Institute to Meet Quantum Computing Challenges

Industry September 4, 2026
New Research Uses Sound Waves to Mimic Atomic Behavior and Advance Computing

Industry June 5, 2026
FSU Research: Solid Neon Gives Quantum Bits a Quieter, Tougher Home

Industry May 14, 2026
Researchers Demonstrate Ultra-Low Noise Levels of an Innovative Qubit Platform

Technology May 5, 2026
Tongcang Li Receives Bement Award for Innovative Quantum Research

Industry April 9, 2026
Red Lasers Grown on Silicon Chips Could Power the Next Generation of Quantum and Sensing Technologies

Industry October 31, 2025
Researchers Show How to Use Defects to Improve Spintronic Devices

Technology August 18, 2025
NPL Scientists Have Built a New Tool to Locate and Study Defects Plaguing Quantum Circuits

Industry July 8, 2025
Researchers Develop High-Speed, Broadband Photodiode for Optical Sensing

Technology May 25, 2025
New Path to Quantum Computing: FAMU-FSU College of Engineering Research Shows Promise for Trapped Electron Platforms

Technology May 20, 2025
Unconventional Interface Superconductor Could Benefit Quantum Computing

Technology August 24, 2024