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

Hybrid Excitons: Combining the Best of Both Worlds

Industry December 19, 2025
National Labs, University of Tennessee Collaborate on Quantum, HPC Innovation

Industry December 17, 2025
Quantum Computers Get a Boost From a Tiny Material Tweak

Industry December 4, 2025
Could Atoms Be Reordered to Enhance Electronic Devices?

Industry November 20, 2025
Harnessing GeSn Semiconductors for Tomorrow’s Quantum World

Technology October 8, 2025
New Tool Makes Generative AI Models More Likely to Create Breakthrough Materials

Technology September 23, 2025
New AI Technique Unravels Quantum Atomic Vibrations in Materials

Technology September 22, 2025
A Graphene Sandwich — Deposited or Transferred?

Technology September 18, 2025
National Labs, University of Tennessee Collaborate on Quantum, HPC Innovation

Industry September 18, 2025
Built for Brilliance: Zintl-Phase Quantum Dots Illuminate New Opportunities for Optoelectronics

Industry September 5, 2025
Launch of QIDO: A Quantum-Integrated Chemistry Platform to Accelerate Drug Discovery and Materials Development

Industry August 19, 2025
Using Lasers to Control Vibrations

Technology August 18, 2025
Theory-Guided Strategy Expands the Scope of Measurable Quantum Interactions

Technology July 28, 2025
Patterns of Patterns: Exploring Supermoiré Engineering

Technology July 15, 2025
Twist to the M-Ax(is): New Twist Platform Opens Path to Quantum Simulation of More Exotic States of Matter

Technology July 14, 2025