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

New Photonic Platform Developed by Polish Research Team

Technology June 30, 2025
Magic-Angle Twisted Bilayer Graphene Hosts Two Distinct Electronic Species

Technology June 7, 2025
Shedding New Light on Topological Lattices

Technology June 4, 2025
QSA Drives Breakthroughs With Superconducting Qubits

Technology May 27, 2025
Unraveling How a ‘Magnetic Twist’ Induces One-Way Electric Flow

Technology March 4, 2025
Low-Frequency Photonic Simulator Breaks Barriers in Synthetic Frequency Dimensions

Industry January 1, 2025
Physicists’ Breakthrough in Fine-Tuning Electron Behaviour in Quantum Materials Could Fast-Track Next Generation of Technology

Technology December 4, 2024
Breakthrough in the Process for Mass Fabricating an Exotic Quasi-One-Dimensional Material

Technology August 29, 2024
USTC Realizes Dispersion-Selective Band Engineering in Artificial Kagome Superlattice

Technology August 20, 2024
Quantum Effects Make Electrons Superconduct while Standing Still

Technology June 1, 2024
Scientists Create an “Optical Conveyor Belt” for Quasiparticles

Technology May 18, 2024
What If Metals Could Conduct Light?

Technology May 7, 2024
A Novel Universal Light-Based Technique to Control Valley Polarization in Bulk Materials

Technology April 27, 2024
Rice Scientists Pull Off Quantum Coup

Technology February 3, 2024