Magnetic Properties | QuantumWire

Scientists Explore New Spin on Quantum Computing

Scientists Explore New Spin on Quantum Computing

Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

Layered Hybrid Superlattices: A New Frontier in Designing Quantum Materials by Marrying Layered Crystals With Versatile Chemical Molecules

New Route to ‘Quantum Spin Liquid’ Materials Discovered for First Time

New Route to ‘Quantum Spin Liquid’ Materials Discovered for First Time

Magnetic Properties

UMaine Scientists Explore Quantum Materials for Next-Generation Electronics

Technology October 20, 2026
Electron Chirality Found in a Symmetric Material: JAEA Discovers Novel State in a Uranium Compound

Technology October 16, 2026
Tiny Spins, Big Quantum Effects

Technology October 9, 2026
Lattice Parameter as a Unified Parameter Governing Magnetic Ground States in Tsai-Type Compounds

Technology October 2, 2026
New Wake Forest Quantum Lab Takes Research to the Next Level

Industry September 23, 2026
How the Advanced Light Source Is Accelerating Our Quantum Future

Technology September 8, 2026
NSF Funding Supports Two-Dimensional Crystal Consortium’s Next Chapter

Industry August 5, 2026
IBM and Qedma Demonstrate Quantum Advantage, Modeling Physics Beyond Classical Capabilities Through Trusted Quantum Computation

Business August 3, 2026
Shedding Light on New Type of Magnetism in Quantum Materials

Technology July 31, 2026
Quantum Sensing Microscope Illuminates Transistor Design

Technology July 22, 2026
Quantum Material Under Pressure

Technology July 8, 2026
Laser Pulses Capture Unexplored Polaronic States

Technology June 27, 2026
Nanoparticle Exsolution Opens a New Route to Functional Oxide Electronics and Spintronics

Technology June 25, 2026
Jülich Physicist Honored for Research on Magnetic Quantum Materials

Industry June 4, 2026
Cobalt Honeycombs Open a New Path to Quantum Computing

Industry May 29, 2026