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

The Quest for Room-Temperature Superconductors

Technology March 10, 2025
Single-Qubit Sensing Puts New Spin on Quantum Materials Discovery

Technology March 10, 2025
Alice & Bob and the CEA to Host Exclusive Fault-Tolerant Quantum Computing Workshop at Les Houches

Industry March 5, 2025
Exploring Quantum Materials for a New Generation of Technology

Technology March 5, 2025
The Dynamics of Excitons

Technology February 18, 2025
Physicists Measure a Key Aspect of Superconductivity in “Magic-Angle” Graphene

Technology February 9, 2025
Beyond Fermions and Bosons: Paraparticles Are Indeed Mathematically Possible

Technology January 21, 2025
Quantum Simulation: First Signs of Stripe Formation

Technology January 20, 2025
FAU Physics Receives Over 900,000 Euros in Funding for Pioneering Project

Industry January 16, 2025
UniTrento Partners With Google’s Quantum Artificial Intelligence Lab for Research

Industry January 14, 2025
HKUST-Led Research Pioneers Simulation of Non-Hermitian Skin Effect in 2D With Ultracold Fermions

Industry January 10, 2025
First Signs of Stripe Formation Observed in Cold-Atom Quantum Simulator

Technology January 5, 2025
USTC Achieves Calculation of the Jones Polynomial Based on Majorana Zero Modes

Technology January 1, 2025
Straining a Material’s Atomic Arrangement May Make for Cleaner, Smarter Devices

Technology December 9, 2024
Mizzou Establishes IBM Quantum Innovation Center

Industry December 5, 2024