Fast and efficient switching of nanomagnets is one of the main challenges in the
development of future magnetic memories. We numerically investigate the evolution of static …

Static magnetic configurations of thin, circular, soft (permalloy) magnetic nanodots, coupled
to a hard antidot matrix with perpendicular magnetization, are studied by micromagnetic …

We introduce a topological gauge vector potential which influences spin-wave excitations
over arbitrary nonuniform, slowly moving magnetization background. The time component of …

Broadband ferromagnetic resonance in square arrays of Permalloy circular dots with
different interdot separations was measured in the vortex ground state. The detected spin …

We investigate the magnetization dynamics in circular Permalloy dots with spatially
separated magnetic vortices interconnected by domain walls (double vortex state). We …

We report a study on the complete spin-wave spectrum inside a vortex-state nanodisk.
Transformation of this spectrum is continuously monitored as the nanodisk becomes …

Spin waves can be used as information carriers with low energy dissipation. The excitation
and propagation of spin waves along reconfigurable magnonic circuits is the subject of …

Linear magnetic excitations in perpendicularly magnetized micrometer-sized disks have
been investigated in detail both in the saturated and the vortex states using ferromagnetic …

We study azimuthal spin-wave (SW) excitations in a circular ferromagnetic nanodot in
different inhomogeneous, topologically nontrivial magnetization states, specifically, vortex …

We study both experimentally and using micromagnetic simulations how the spin excitation
spectra of the vortex-state circular dots made of soft magnetic material change with the dot …