Recent years have witnessed a much broader use of Brillouin inelastic light-scattering
spectroscopy for the investigation of phonons and magnons in novel materials …

We show that dynamic magnetization at the lateral edges of a thin, axially magnetized
magnetic element with finite in-plane size can be described by effective “pinning” boundary …

A Brillouin light scattering study and theoretical interpretation of spin-wave modes in arrays
of in-plane magnetized micron-size rectangular Ni 80 Fe 20 elements are reported. It is …

We have studied propagation of spin waves in transversally magnetized permalloy
microstripes. Our findings show that the interference of spin-wave modes quantized in the …

Dipole-exchange spectrum of quantized spin wave modes of a tangentially magnetized
rectangular thin-film magnetic element is calculated using the method of tensorial Green's …

Dynamic magnetic properties of a single micrometer-sized magnetic element consisting of a
permalloy and a partially patterned CoFe layer separated by an intervening Cu spacer layer …

We have studied the spin excitations of ferromagnetic rings and observed a distinct series of
quantized modes in the vortex state. We attribute them to spin waves that circulate around …

The propagating spin wave spectroscopy (PSWS) technique is applied for the first time to
metallic thin film patterns, allowing to measure their magnetostatic wave modes. Using …

We have observed collective spin-wave modes in inhomogeneously magnetized Ni 0.81 Fe
0.19 thin-film stripes. The stripes, 18 nm thick and 2 μ m wide, are studied in an in-plane …

An efficient way for control of the spin wave propagation in a magnetic medium is the use of
periodic patterns known as magnonic crystals (MCs). However, the fabrication of MCs …