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
James McKenzie gains a fascinating insight into the world of magnetics
Read article: So you think hard disks are boring? It’s time to get real
New technique could be an alternative to chemical substitution for regulating the expansion of magnetic materials
Read article: Applied magnetic field flips a material’s thermal expansion
Quantum error mitigation used to calculate 2D Ising model
Read article: IBM’s 127-qubit processor shows quantum advantage without error correction
Jack Miller looks at the power of “dynamic nuclear polarization” in medicine
Read article: Dynamic nuclear polarization: how a technique from particle physics is transforming medical imaging
New approach could be used to create antiferromagnetic spintronics devices
Read article: Exchange bias in a single-layer film is created using ion implantation
