Physical Properties | QuantumWire

Novel Quantum Materials in the Spotlight

Novel Quantum Materials in the Spotlight

Fundamental Quantum Model Recreated From Nanographenes

Fundamental Quantum Model Recreated From Nanographenes

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

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

Physical Properties

IU Chemistry Professor Wins Two Major Early-Career Awards for Groundbreaking Quantum Information Sciences Research

Industry May 3, 2025
Scientists Test Quantum Mechanics in Outer Space

Technology April 21, 2025
New AI Tool Set to Speed Quest for Advanced Superconductors

Technology April 11, 2025
Scientists Tune In to Rhombohedral Graphene’s Potential

Technology March 20, 2025
Untangling Quantum Entanglement With New Calculation Formulas

Technology March 13, 2025
Light From Artificial Atoms

Technology February 20, 2025
ISTA Physicists Achieve Optical Readout of Superconducting Qubits

Technology February 12, 2025
How Quantum Bits Are Revolutionizing Technology

Industry January 19, 2025
Collaboration With Graphene Technology Company Paragraf Targets Quantum Computing

Industry January 10, 2025
Novel Quantum Materials in the Spotlight

Technology December 8, 2024
Quantum Dot Technology Awarded Technical Assistance From Los Alamos National Laboratory Through New Mexico’s TRGR Initiative

Industry December 7, 2024
Diamonds and Anvils: MSU, UM Use High-Pressure Chemistry in Search for Quantum Materials

Technology November 26, 2024
Australian Researchers Win the ‘Nobel’ of High-Performance Computing

Industry November 24, 2024
Quantum Advantage in Close Sight: Quantum Simulators Show Resilience to Errors

Technology November 13, 2024
Diraq and UNSW Pioneering Scalable Hold-Spin Qubits

Technology November 9, 2024