Antiferromagnet | QuantumWire

Researchers Observe “Locked” Electron Pairs in a Superconductor Cuprate

Researchers Observe “Locked” Electron Pairs in a Superconductor Cuprate

LMU Researchers Has Developed a Scheme to Implement Doped Bosonic Quantum Magnets in Tweezer Arrays of Rydberg Atom

LMU Researchers Has Developed a Scheme to Implement Doped Bosonic Quantum Magnets in Tweezer Arrays of Rydberg Atom

Antiferromagnetic Phase Transition Observed in Fermionic Hubbard Quantum Simulator

Antiferromagnetic Phase Transition Observed in Fermionic Hubbard Quantum Simulator

Antiferromagnet

Lattice Parameter as a Unified Parameter Governing Magnetic Ground States in Tsai-Type Compounds

Technology October 2, 2026
A Window on a Cold Quantum World

Technology August 14, 2026
Rice Researchers Discover New Way to Tune Electron Flow in Altermagnet Material

Technology August 13, 2026
Scientists Watch Antiferromagnetic Skyrmions Interact in Real Time

Technology August 12, 2026
Striped or Checkered? Magnetic Field Influences Competing Electronic Patterns in a Graphene-Like Quantum Material

Technology July 27, 2026
Science: GMR Effect 2.0 for Future Orbitronics

Technology July 6, 2026
Explore Next-Gen Quantum Algorithms With IBM Quantum Credits

Business June 24, 2026
A New Kind of Entanglement Helps Quantum Sensors Tune Out Noise

Industry June 11, 2026
The complete evolution of spin glass from order to chaos

Industry May 23, 2026
Using Magnetic Frustration to Probe New Quantum Possibilities

Industry January 22, 2026
The Positive Side to Frustration

Industry December 9, 2025
Unveiling the Structure of an “Invisible Magnet” Using a Quantum Sensor

Technology July 21, 2025
Physicists Take Step Toward a Holy Grail for Electron Spins

Technology July 14, 2025
Polish Physicists Co-Discover “Lonely” Spinons – a New Step Towards Quantum Technologies

Technology July 8, 2025
New Class of “X-Type” Antiferromagnets Enables Sublattice-Selective Spin Transport

Technology June 12, 2025