Magnons, the quanta of collective spin excitations in magnetically ordered materials, have
distinct properties that make them uniquely appealing for quantum information applications …

We present an introductory review of concepts behind micromagnetic simulations, in which
magnetic moments representing collections of atomic spins within a material evolve …

We report on the observation of sign reversal of vortex-Nernst effect in epitaxial NbN/Fe
bilayers deposited on MgO (001) substrates. Strong coupling between vortex magnetisation …

Half-metallic ferromagnets are promising in charge-based and magnon-based devices due
to their high spin polarization and low Gilbert damping. In this study, a significant anisotropy …

Thin iron films are interesting for fundamental studies and have applications in sensors,
actuators, magnetic memory, and spintronic devices. Here, the electrodeposition of thin iron …

Brillouin light scattering and microstrip line ferromagnetic resonance were used to study
perpendicular magnetic anisotropy (PMA), magnetic damping, and interfacial Dzyaloshinskii …

Energy-efficient spintronic devices require a large spin-orbit torque (SOT) and low damping
to excite magnetic precession. In conventional devices with heavy-metal/ferromagnet …

An electrically conductive metal typically transmits or absorbs a spin current. Here, we report
on evidence that interfacing two metal thin films can suppress spin transmission and …

In ferromagnetic metals, transverse spin currents are thought to be absorbed via dephasing—
ie, destructive interference of spins precessing about the strong exchange field. Yet, due to …

Magnetic damping is one of the most important parameters governing the critical current
density for current-induced magnetization switching in spin-torque devices. The anisotropic …