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
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
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‘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
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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
