New work on 2D van der Waals materials could aid the development of next-generation non-volatile spintronic memories
Read article: Large tunnel magnetoresistance appears at room temperature in a miniaturized magnetic tunnel junction
Discovery could be a boon for quantum sensors and memory storage devices for quantum computers
Read article: Chiral orbit currents create new quantum state
The exciton-polariton might be important for lasers or for digital data storage
Read article: Half-light, half-matter quasiparticle appears in a van der Waals magnet
New finding could allow manganese-tin and materials like it to be employed in next-generation high-density memory storage devices
Read article: Large piezomagnetism appears in an antiferromagnet
Glassy magnet becomes more ordered at higher temperatures
Read article: Unexpected phase transition appears in elemental neodymium
Rare spin-frustrated 2D material could become a testbed for studies of magnetism and spin disordered states, say researchers
Read article: Spins freeze in monocrystalline magnet
Cerium zirconium pyrochlore material displays liquid-like magnetic order, say researchers
Read article: 3D quantum spin liquid discovery gains theoretical support
James McKenzie looks back at the remarkable life of the late Sir Martin Wood, who was a pioneer in the commercialization of physics research
Read article: Sir Martin Wood: the supercool thinker who founded Oxford Instruments
Spintronics could benefit from “remarkable” effect
Read article: Frequency multiplication of spin waves to gigahertz frequencies achieved in simple material
New work could improve magnetic information technologies and for developing spintronics
Read article: Researchers find ‘lost’ angular momentum
