Ferromagnetic Materials | QuantumWire

Neutrons Reveal the Existence of Local Symmetry Breaking in a Weyl Semimetal

Neutrons Reveal the Existence of Local Symmetry Breaking in a Weyl Semimetal

Ferromagnetic Materials

Reversible Switching of Chirality in Semiconductor Material Using Electrochemistry

Technology June 18, 2026
Breaking the Electromagnetic Boundaries in Ferromagnetic Materials

Industry February 1, 2026
Physicists Take Step Toward a Holy Grail for Electron Spins

Technology July 14, 2025
Enhanced Quantum Computers and Beyond: Exploring Magnons With Superconducting Qubits

Technology July 2, 2025
New Class of “X-Type” Antiferromagnets Enables Sublattice-Selective Spin Transport

Technology June 12, 2025
Turning Non-Magnetic Materials Magnetic With Atomically Thin Films

Technology May 11, 2025
Advancing Antiferromagnetic Spintronics for Next-Gen Memory and Computing

Industry March 18, 2025
A Spintronic View of the Effect of Chiral Molecules

Technology January 31, 2025
‘Brand New Physics’ for Next Generation Spintronics

Technology January 23, 2025
The Technique Provides Researchers With a Powerful Tool for Controlling Magnetism, and Could Help in Designing Faster, Smaller, More Energy-Efficient Memory Chips.

Technology December 21, 2024
Research Explores How the Magnetic Moments of Atoms in Materials Are Arranged and Interact

Technology December 1, 2024
Illuminating Quantum Magnets: Light Unveils Magnetic Domains

Technology October 13, 2024
Neutrons Reveal the Existence of Local Symmetry Breaking in a Weyl Semimetal

Technology August 20, 2024
Spintronics: The Electronics of the Future Could Be Antiferromagnetic

Technology February 22, 2024