Kagome Metal | 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

Method Milestone for Quantum Physics

Method Milestone for Quantum Physics

Physicists Discover New Way to Make Strange Metal

Physicists Discover New Way to Make Strange Metal

Kagome Metal

Stretching a Quantum Material Uncovers Competing Superconducting States

Technology October 8, 2026
How the Advanced Light Source Is Accelerating Our Quantum Future

Technology September 8, 2026
KAIST: How Does Superconductivity Begin? Unveiling the Hidden Flow of Electrons

Technology June 30, 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
Scientists Find New Quantum Behavior in Unusual Superconducting Material

Technology August 18, 2025
Battling Quantum Decoherence, One Flat Band at a Time

Technology May 7, 2025
Researchers Unlock Hidden Pathway to Tunable Magnetic Devices

Technology April 10, 2025
New Insight Into Unique Kagome Superconductors That Could Advance Applications of Quantum Materials

Technology April 9, 2025
Physicists Measure Quantum Geometry for First Time

Technology December 20, 2024
Rice-Led Study Uncovers Breakthrough in Magnetism That Could Transform Quantum Computing and Superconductors

Technology November 1, 2024
Method Milestone for Quantum Physics

Technology May 17, 2024
Physicists Discover New Way to Make Strange Metal

Technology May 1, 2024