Long-awaited magnetic interferometer might probe quantum gravity
Device could interfere much larger molecules than is currently possible
Read article: Long-awaited magnetic interferometer might probe quantum gravity
Read article: Long-awaited magnetic interferometer might probe quantum gravity
WiFi signals used to power small electrical devices
Synchronized spin-torque oscillators deliver enough energy to drive a LED
Read article: WiFi signals used to power small electrical devices
Ultra-magnetostrictive material shows promise for beyond-CMOS technologies
New material is based on iron and gallium, avoiding the need for expensive and scarce rare-earth elements
Read article: Ultra-magnetostrictive material shows promise for beyond-CMOS technologies
Doped antiferromagnets switch faster
New findings could enable quicker, higher-density and more stable memory storage
Read article: Doped antiferromagnets switch faster
Promising quantum spin liquid candidate may fall short
New electron spin resonance spectroscopy experiments find a spin gap in this exotic material, casting doubt on its status
Read article: Promising quantum spin liquid candidate may fall short
New candidates for Kitaev spin liquids found
Two-dimensional materials called rare-earth chalcohalides might be useful in applications such as fault-tolerant topological quantum computation
Read article: New candidates for Kitaev spin liquids found
Skyrmion-like object appears in ultrathin magnetic film
Discovery could be important for computer memory and storage applications
Read article: Skyrmion-like object appears in ultrathin magnetic film
Ferroelectric domain wall diodes get flexible
New devices can be erased, positioned and shaped using electric fields
Read article: Ferroelectric domain wall diodes get flexible
Molecular qubits stick around for longer
Researchers have extended the spin coherence time of a single-molecule quantum bit beyond 1 millisecond for the first time
Read article: Molecular qubits stick around for longer
Light-induced lattice vibrations could speed up data recording
New optical "shaking" technique switches an antiferromagnetic material into a ferromagnetic one in just a few picoseconds
Read article: Light-induced lattice vibrations could speed up data recording
