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
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
New quasiparticle may mimic Kondo-effect signal
Physicists propose alternative explanation for phenomenon previously attributed to "screening" of conducting electrons in metals at low temperature
Read article: New quasiparticle may mimic Kondo-effect signal
Strain induces nonlinear Hall effect in monolayer material
New work might aid the development of next-generation non-volatile magnetic memories
Read article: Strain induces nonlinear Hall effect in monolayer material
3D vortex rings appear in a bulk magnet
Smoke-ring-like structures might have applications in energy-efficient 3D data storage and processing
Read article: 3D vortex rings appear in a bulk magnet
‘Magnetic illusion’ can create magnetic fields at a distance
A strategy to generate and manipulate magnetic fields at a distance could find application in medicine and neuroscience
Read article: ‘Magnetic illusion’ can create magnetic fields at a distance
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
Metalāorganic magnets break records
Novel lightweight materials have magnetic ordering temperatures and coercivities comparable to commercially available inorganic magnets
Read article: Metalāorganic 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 āpre-seededā weaker ones
Read article: Microtube implosions could produce megatesla magnetic fields
