Band Structure | QuantumWire

Scientists Create an “Optical Conveyor Belt” for Quasiparticles

Scientists Create an “Optical Conveyor Belt” for Quasiparticles

What If Metals Could Conduct Light?

What If Metals Could Conduct Light?

A Novel Universal Light-Based Technique to Control Valley Polarization in Bulk Materials

A Novel Universal Light-Based Technique to Control Valley Polarization in Bulk Materials

Band Structure

“Carpet” Growth Method Yields Long-Sought 2D Quantum Material

Technology October 13, 2026
How the Advanced Light Source Is Accelerating Our Quantum Future

Technology September 8, 2026
AI-Designed Metamaterials Pave the Way for High-Speed Spin-Wave Computing

Technology July 29, 2026
Researchers Expand Simulation Tool to Help Design the Next Generation of Photonic and Quantum Devices

Technology July 23, 2026
LSU Physicists Create First Room-Temperature Quantum Material

Technology July 20, 2026
KAIST Resolves Long-Standing Challenge of Performance Degradation in Stacked 2D Materials

Industry June 8, 2026
How Does Electron Structure Impact Light Responses in Moiré Materials?

Industry April 24, 2026
First Quantum Oscillations Observed in Gallium Nitride Holes

Industry March 24, 2026
Light Can Make Molecules Rotate on Quantum Materials

Industry March 12, 2026
Quantum ‘Alchemy’ Made Feasible With Excitons

Technology January 20, 2026
Breakthrough in Rare-Earth Magnetism Promises More Efficient Quantum Technologies

Industry November 30, 2025
Unveiling an Anomalous Electronic State Opens a Pathway to Room-Temperature Superconductivity

Industry November 26, 2025
Harnessing GeSn Semiconductors for Tomorrow’s Quantum World

Technology October 8, 2025
Twisted Graphene Reveals Exotic Superconductivity

Technology October 2, 2025
A More Versatile and Powerful Foundation for Future Photonic Technologies

Technology June 30, 2025