Researchers say they have discovered a kinetic energy-based form of magnetism that does not depend on electron exchange interactions
Read article: New type of magnetism appears in a layered semiconductor
Collective motion of atoms breaks the time-reversal symmetry of electrons in a rare-earth halide
Read article: Spiralling phonons turn a paramagnetic material into a magnet
Discovery could advance spintronics devices
Read article: Superconducting electrode controls spin waves in a magnet
New finding could prove useful for developing 2D topological and spintronic devices, such as racetrack memory, logic gates and spin nano-oscillators
Read article: Giant skyrmion topological Hall effect appears in a two-dimensional ferromagnetic crystal at room temperature
Rotating-magnet effect could help robots handle objects without touching them
Read article: New type of magnetic levitation makes its debut
New design significantly increases the diffusion rate of these vortex-like quasiparticles by a factor of 10 and could aid the development of new forms of computing
Read article: Tailored material makes speedier skyrmions
Scanning tunnelling microscope assembles and operates quantum gates
Read article: Three-qubit computing platform is made from electron spins
James McKenzie describes the search for new magnets that do away with controversial “rare-earth” elements entirely
Read article: Powering the green economy: the quest for magnets without rare earths
Phenomenon known as fermionic breakdown occurs near a magnetic quantum phase transition in a heavy-fermion compound
Read article: Fermionic quasiparticles caught slowly ‘disappearing’ for the first time
Polariton energies are highly tunable using external magnetic fields and magnons
Read article: Exciton–polaritons enhance magneto-optical responses in van der Waals crystals
