Physicists find new ‘control knob’ for the quantum topological world
New quantum phase of matter can be controlled with magnetic field
Read article: Physicists find new ‘control knob’ for the quantum topological world
Read article: Physicists find new ‘control knob’ for the quantum topological world
Single-atom magnets show stability needed for data storage
Holmium atoms stand-up to high fields and temperatures
Read article: Single-atom magnets show stability needed for data storage
Ultracold atoms behave like a ferrofluid, say physicists
Spins in Bose-Einstein condensate oscillate in unison
Read article: Ultracold atoms behave like a ferrofluid, say physicists
Skyrmions have attractive and repulsive tendencies
Study could lead to new types of computer memory
Read article: Skyrmions have attractive and repulsive tendencies
Atomic magnetometers detect underwater objects
Technique is very difficult to evade, say physicists
Read article: Atomic magnetometers detect underwater objects
Talking skyrmions in Columbus, Ohio
A little condensed matter physics before APS April kicks off
Read article: Talking skyrmions in Columbus, Ohio
Quantum spin liquid could shed new light on superconductivity
Topological quantum computers could benefit from new magnetic material
Read article: Quantum spin liquid could shed new light on superconductivity
Magnon transistors could give spintronics a boost
Three independent teams create quasiparticle switches
Read article: Magnon transistors could give spintronics a boost
Magnetic skyrmions could make storage bits for next-generation memories
Researchers succeed in electrically detecting the quasiparticles in metallic multilayers at room temperature for the first time
Read article: Magnetic skyrmions could make storage bits for next-generation memories
‘Target skyrmions’ swirl on tiny discs
Stable structures need no applied magnetic field
Read article: ‘Target skyrmions’ swirl on tiny discs
