Material Properties | QuantumWire

Quantum Simulator Could Help Uncover Materials for High-Performance Electronics

Quantum Simulator Could Help Uncover Materials for High-Performance Electronics

Major Development Successes in Diamond Spin Photon Quantum Computers

Major Development Successes in Diamond Spin Photon Quantum Computers

Max Planck-New York Center on Non-Equilibrium Quantum Phenomena Renewed

Max Planck-New York Center on Non-Equilibrium Quantum Phenomena Renewed

Material Properties

Toward Smart Light Sources

Technology May 15, 2026
Jihong Ma Receives NSF CAREER Award for Quantum-Inspired Vibration Control Research

Industry May 12, 2026
Electrons in Moiré Crystals Explore Higher-Dimensional Quantum Worlds

Industry April 5, 2026
Quantum Computers Take a Step Into Real Materials Science

Industry March 27, 2026
Fujitsu and the University of Osaka Develop New Technologies for Chemical Material Energy Calculations on Early-FTQC Quantum Computers

Industry March 26, 2026
First Quantum Oscillations Observed in Gallium Nitride Holes

Industry March 24, 2026
A Sharper View Into Momentum Space

Industry March 16, 2026
IBM and University Researchers Create a Never-Before-Seen Molecule and Prove Its Exotic Nature With Quantum Computing

Industry March 6, 2026
Physicists Discover Long-Predicted ‘Clock Magnetism’ in an Atomically Thin Crystal

Industry March 2, 2026
A Robust New Telecom Qubit in Silicon

Industry February 26, 2026
Robust Frozen Dynamics Observed on a Quantum System

Industry February 20, 2026
Quantum Connections Keep It Local

Industry February 8, 2026
New Solution to an Old Magnetism Puzzle

Industry February 4, 2026
Honeycomb Lattice Sweetens Quantum Materials Development

Industry January 18, 2026
Sudden Breakups of Monogamous Quantum Couples Surprise Researchers

Technology January 4, 2026