Magnetic perovskite gets the lead out
New material could be used to make spintronics devices without the hazards of its lead-based cousin
Read article: Magnetic perovskite gets the lead out
Read article: Magnetic perovskite gets the lead out
Metal–organic magnets break records
Novel lightweight materials have magnetic ordering temperatures and coercivities comparable to commercially available inorganic magnets
Read article: Metal–organic magnets break records
Microtube implosions could produce megatesla magnetic fields
Proof-of-principle study finds that today's lasers are intense enough to generate super-strong fields from “pre-seeded” weaker ones
Read article: Microtube implosions could produce megatesla magnetic fields
Diamond microscope probes magnetism in 2D materials
Researchers image domain wall reversal in an ultrathin van der Waals ferromagnet for the first time
Read article: Diamond microscope probes magnetism in 2D materials
Spin valve uses coupled quantum dots and tiny magnetic fields
Electron spin current is generated without the need for large external magnetic fields
Read article: Spin valve uses coupled quantum dots and tiny magnetic fields
Weak electric currents track tiny magnetic skyrmions
New work brings real-world devices based on these whirling vortex structures a step closer to reality
Read article: Weak electric currents track tiny magnetic skyrmions
Electric fields control spintronics devices
New low-power technique detects the spin of electrons in a non-volatile way that does not require ferromagnets
Read article: Electric fields control spintronics devices
Kondo effect induces giant negative thermal expansion
New work could help in designing and developing new alloys for use in aircraft and many other technology applications
Read article: Kondo effect induces giant negative thermal expansion
Defect spins slow diamond motion
New technique is comparable to laser cooling of trapped atoms and could have as many applications
Read article: Defect spins slow diamond motion
Computational algorithm does crystal structure prediction of magnetic materials
New methodology has identified a promising polymorph of FeNi
Read article: Computational algorithm does crystal structure prediction of magnetic materials
