Read article: Synthetic antiferromagnets host room-temperature skyrmions
New result will be important for future real-world applications that make use of these tiny magnetic particle objects
Read article: Ferromagnetism appears in twisted bilayer graphene
Emergent topological states in the 2D material might be exploited in applications such as low-power magnetic memory
Read article: Magnetic resonance imaging resolves atomic scale detail
Combining scanning tunnelling microscopy and electron spin resonance measurements yields magnetic imaging resonance with unprecedented resolution
Read article: First-ever ferromagnetic liquid surprises researchers
New material could be used in robotics
Read article: Weak measurements track single nuclear spins
New NMR spectroscopy approach overcomes the quantum back-action effect
Read article: Terahertz light pulses speed up spin switching
All-optical technique could help in the development of more energy-efficient data storage devices and superfast computers
Read article: Water is magnetized when taken for a spin
Researchers claim first observation of “nuclear Barnett effect”
Read article: Skyrmion bags point the way to high-density data storage
Multiple anti-skyrmions contained in a single, larger structure offer the same advantages as single skyrmions for data storage and processing
Read article: Quantum spin liquid state pathway emerges
Studies of new kagome lattice materials provide insights into the transitions between quantum spin liquids and magnetically ordered states
Read article: Ultracold atoms close-in on Stoner ferromagnetism
System could be used to explore “quantum emulsions”
