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

Mathematicians Use ‘Neglected’ Particles That Could Rescue Quantum Computing

Industry August 6, 2025
New Method to Steer Electricity in Atom-Thin Metals May Revolutionize Devices

Technology August 5, 2025
Quantum Spin Liquid Identified Through Its Spin Dynamics

Technology July 30, 2025
Human-AI ‘Collaboration’ Makes It Simpler to Solve Quantum Physics Problems

Technology July 21, 2025
Programmable DNA Moiré Superlattices

Technology July 21, 2025
A New Class of Moiré Materials Unlocks Uncharted Quantum Behaviour

Technology July 11, 2025
Quantum Computer Simulates Spontaneous Symmetry Breaking at Zero Temperature

Technology July 3, 2025
Researchers Unlock a New Era in Low-Energy Electronics With Remarkable Breakthrough

Industry July 2, 2025
Physicists Confirm Elusive Quantum Spin Liquid in New Study

Technology June 24, 2025
Understanding Quantum Computing’s Most Troubling Problem—the Barren Plateau

Technology June 24, 2025
How to Raise a Quantum Fermi Gas Experiment

Technology June 19, 2025
The Quantum Mechanics of Chiral Spin Selectivity

Technology June 16, 2025
Kennesaw State Physics Professor Receives Department of Energy Grant to Explore Light-Matter Interactions in Quantum Materials

Industry June 16, 2025
Stabilising Fleeting Quantum States With Light

Technology June 7, 2025
Xie Recognized for Innovation in Quantum Phenomena

Industry June 4, 2025