Flat Band | QuantumWire

Rice-Led Study Uncovers Breakthrough in Magnetism That Could Transform Quantum Computing and Superconductors

Rice-Led Study Uncovers Breakthrough in Magnetism That Could Transform Quantum Computing and Superconductors

Physicists Discover New Way to Make Strange Metal

Physicists Discover New Way to Make Strange Metal

Flat Band

Now You See It, Now You Don’t: Material Can Transition Between Quantum States

Industry March 25, 2026
Physicists Find Electronic Agents That Govern Flat Band Quantum Materials

Industry March 21, 2026
Monash Scientists Create Ultra Thin Metal With Never Before Seen Quantum Behaviour

Industry February 4, 2026
A 90-Degree Twist Creates Tunable Quantum Simulators

Industry December 17, 2025
Consider the Chemistry of Your Quantum Materials, Say Researchers at Columbia

Technology August 7, 2025
Tuning Entanglement With an Asymmetric Metasurface

Technology July 19, 2025
Magic-Angle Twisted Bilayer Graphene Hosts Two Distinct Electronic Species

Technology June 7, 2025
QSA Drives Breakthroughs With Superconducting Qubits

Technology May 27, 2025
Battling Quantum Decoherence, One Flat Band at a Time

Technology May 7, 2025
Advancing Quantum Materials: A New Approach to Controlling Electronic States

Technology February 24, 2025
A New Dimension of Complexity for Layered Magnetic Materials

Technology February 20, 2025
Emilia Morosan on Team Awarded Kavli Foundation Grant for Quantum Geometry-Enabled Superconductivity

Industry February 8, 2025
Rice-Led Study Uncovers Breakthrough in Magnetism That Could Transform Quantum Computing and Superconductors

Technology November 1, 2024
Quantum Effects Make Electrons Superconduct while Standing Still

Technology June 1, 2024
Physicists Discover New Way to Make Strange Metal

Technology May 1, 2024