Indoor record for magnetic field strength is smashed by physicists in Japan
Field is long-lasting and does not require TNT
Read article: Indoor record for magnetic field strength is smashed by physicists in Japan
Read article: Indoor record for magnetic field strength is smashed by physicists in Japan
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
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
