Ferromagnetic resonance driven spin pumping, a topic of steadily increasing interest since
its emergence over two decades ago, remains one of the most exciting research fields in …

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

The properties of magnon modes localized on a ferromagnetic skyrmion are studied. Mode
eigenfrequencies display three types of asymptotic behavior for large skyrmion radius R s …

Magnons, recognized as the quanta of spin waves, offer a pathway for transmitting
information without the need for electron motion, thus emerging as a leading candidate for …

With the development of new nanofabrication technologies and measurement techniques,
the interest of researchers is moving toward 3D structures and 3D magnetization textures …

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 …

We report on the magnetization dynamics of a square array of mesoscopic disks, fabricated
from an iron palladium alloy film. The dynamics properties were explored using …

Control of the spin wave dynamics in nanomagnetic elements is very important for the
realization of a broad range of novel magnonic devices. Here we study experimentally the …

Skyrmions are topological magnetic solitons that exhibit a rich variety of dynamics, such as
breathing and gyration, which can involve collective behavior in arrangements like skyrmion …

In this work, we carried out systematic experimental and theoretical investigations of
ferromagnetic resonance (FMR) responses of quasi-two-dimensional magnetic objects …