Condensed Matter | QuantumWire

A Carbon Nanotube-Based Superconducting Quantum Bit

A Carbon Nanotube-Based Superconducting Quantum Bit

Stabilising Fleeting Quantum States With Light

Stabilising Fleeting Quantum States With Light

Straining a Material’s Atomic Arrangement May Make for Cleaner, Smarter Devices

Straining a Material’s Atomic Arrangement May Make for Cleaner, Smarter Devices

Condensed Matter

Quantum Simulators: The Models of the Microscopic World

Industry October 21, 2025
University of Arizona Physicist John Schaibley Awarded Moore Foundation Grant to Advance Experimental Quantum Research

Industry October 10, 2025
Moore Foundation Awards Shi $1.3M to Advance Quantum Physics

Industry October 10, 2025
Rice Physicists’ New Lab Focused on Emergent Magnetic Materials, Funded by Department of Energy

Industry October 2, 2025
A Carbon Nanotube-Based Superconducting Quantum Bit

Technology October 1, 2025
Two Young Physicists Win Major Award

Industry September 30, 2025
Early-Career Researchers to Be Honored With 2025 Boeing Quantum Creators Prize

Industry September 27, 2025
Purdue Physicists Provide Experimental Proof of Fundamental Theory of Topological Quantum Matter

Industry September 25, 2025
Novel Nanoscopy Platform Advances Quantum Capabilities

Technology September 18, 2025
Srinivasan Named NIST Co-Director of JQI

Industry September 16, 2025
ERC Starting Grant for Quantum Simulation Research

Industry September 9, 2025
Something From Nothing: Physicists Model Vacuum Tunnelling in a 2D Superfluid

Technology September 2, 2025
Quantum Donuts and Flying Necklaces: Purdue Physicists Capture Elusive Vortex States

Technology August 27, 2025
Unified Theory May Reveal More Superconducting Materials

Technology August 18, 2025
Heavy Fermions Entangled: Quantum Computing’s New Frontier?

Technology August 6, 2025