Semiconductor Material | QuantumWire

Infrared Detectors Made From Quantum Dots

Infrared Detectors Made From Quantum Dots

New York University Will Collaborate With the University of Copenhagen to Develop Superconducting and Semiconductor Materials for Quantum Computing

New York University Will Collaborate With the University of Copenhagen to Develop Superconducting and Semiconductor Materials for Quantum Computing

Semiconductor Material

Quantum Materials Discovery Could Advance Electronics for Extreme Environments

Technology July 19, 2026
State Awards $1.2 Million to Grow New Mexico’s Quantum Sector

Industry July 15, 2026
Reversible Switching of Chirality in Semiconductor Material Using Electrochemistry

Technology June 18, 2026
How Small Can Semiconductors Get? KAIST Develops Atomic-Level Prediction Technology

Industry June 16, 2026
Researchers “Reprogram” Materials by Quickly Rearranging Their Atoms

Technology May 15, 2026
Photonic Integrated Circuits Are Key to Scaling Quantum Key Distribution

Industry May 12, 2026
An Earthquake on a Chip: New Tech Generates Tiny Waves, Could Make Smartphones Smaller, Faster

Industry January 18, 2026
Direct Printing of Nanolasers, the Key to Optical Computing and Quantum Security

Industry January 9, 2026
Could Atoms Be Reordered to Enhance Electronic Devices?

Industry November 20, 2025
Scientists Create a New Form of Light Matter in a Quasicrystal

Technology October 24, 2025
Innovative Transistors for Quantum Chips

Industry September 24, 2025
A Smart Accelerator for Qubits

Technology August 20, 2025
IEEE Study Achieves Efficient Integration of Quantum Dot Lasers on Silicon Chiplets

Technology July 11, 2025
Xanadu and Mitsubishi Chemical to Collaborate on Developing Quantum Algorithms for EUV Lithography

Business July 3, 2025
Coupled Electrons and Phonons Predicted to Flow Like Water in 2D Semiconductors

Technology June 30, 2025