Semimetal | QuantumWire

A New Approach to Fine-Tuning Quantum Materials

A New Approach to Fine-Tuning Quantum Materials

What If Metals Could Conduct Light?

What If Metals Could Conduct Light?

Semimetal

Listening for Quantum Oscillations in the Kondo Insulator YbB12

Technology June 25, 2026
Bidirectional Manipulation of Gate-Free Quantum Electronic States via Semiconductor Device Interface Engineering

Industry June 8, 2026
Quantum Fluctuations Give Rise to a New Type of Topological Semimetal

Industry April 14, 2026
A Sharper View Into Momentum Space

Industry March 16, 2026
“Laser-Written” Superconductors on Topological Tin: A New Route to Directional, Low-Loss Quantum Circuits

Technology March 6, 2026
Quantum Physics: New State of Matter Discovered

Industry January 15, 2026
Physicists Discover a Correlated Topological Excitonic Insulator With Novel Quantum Properties

Industry October 12, 2025
Advanced AI Links Atomic Structure to Quantum Tech

Industry September 19, 2025
Scientists Merge Two “Impossible” Materials Into New Artificial Structure

Technology April 3, 2025
Quantum Heat Dynamics Toggled by Magnetic Fields

Technology March 24, 2025
CCNY Quantum Breakthrough May Lead to Sustainable Chiral Spintronics

Technology January 22, 2025
An Atomically Controllable Insulator-to-Metal Transition Achieved in Strongly Correlated Insulator Heterostructures

Technology October 23, 2024
Breakthrough in the Process for Mass Fabricating an Exotic Quasi-One-Dimensional Material

Technology August 29, 2024
A New Approach to Fine-Tuning Quantum Materials

Technology August 13, 2024
What If Metals Could Conduct Light?

Technology May 7, 2024