The control of undesired electromagnetic radiation in S-and C-band spectra requires novel
microwave absorbing materials (MAMs) having high microwave attenuation capability …

Subwavelength resonant elements are essential building blocks of metamaterials and
metasurfaces, which have revolutionized photonics. Despite similarities between different …

We present experimental and numerical studies demonstrating the influence of geometrical
parameters on the fundamental spin-wave mode in planar 1D magnonic crystals. The …

In this paper, we report the theoretical possibility of generating magnon-polaron excitations
through a space-varying magnetic field. The spatial dependence of the magnetic field in the …

We present the results of studies on the non-uniform frequency shift of spin wave spectrum
in a two-dimensional magnonic crystal of cobalt/permalloy under the influence of external …

We present the concept of Zak phase for spin waves in planar magnonic crystals and
discuss the existence condition of interface modes localized on the boundary between two …

Magnonic crystals are structures with periodically varied magnetic properties that are used
to control collective spin-wave excitations. With micromagnetic simulations, we study spin …

In bi-component magnonic crystals (MCs) demagnetizing field occurs around interfaces
between a matrix and inclusions. As it is already shown this field strongly influences the spin …

A planar square dot is one of the simplest structures confined to three dimensions. Despite
its geometrical simplicity, the description of the spin wave modes in this structure is not trivial …

Abstract We use the Plane Wave Method to theoretically study thin-film magnonic crystals
(MCs) composed of two very common magnetic materials: cobalt and permalloy. In both …