Direct focused‐ion‐beam writing is presented as an enabling technology for realizing
functional spin‐wave devices of high complexity, and demonstrate its potential by optically …

Here, we study a magnonic crystal made of low-dam** yttrium iron garnet that utilizes
pseudo-caustic spin wave beams generated from subwavelength square well features …

Nitrogen-vacancy (NV) magnetometry is a new technique for imaging spin waves in
magnetic materials. It detects spin waves by their microwave magnetic stray fields, which …

With the advent of modern synchrotron sources, X-ray microscopy was developed as a
vigorous tool for imaging material structures with element-specific, structural, chemical and …

Frequency multiplication is an essential part of electronics and optics which led to numerous
indispensable applications. In this paper, we utilize a combination of scanning transmission …

Antidot lattices have proven to be a powerful tool for spin wave band structure manipulation.
Utilizing time-resolved scanning transmission x-ray microscopy, we are able to …

We study, using micromagnetic simulations, the inelastic scattering of spin-wave beams on
edge-localized spin-wave modes in a thin ferromagnetic film. In the splitting and confluence …

In this study, we discuss the observation of spin-wave interference generated by magnetic
oscillators. We employ micromagnetic simulations for two coherent spin-Hall nanowire …

Spin-wave based computing requires materials with low Gilbert dam**, such as Ni 80 Fe
20 (Permalloy) or yttrium iron garnet, in order to allow for spin-wave propagation on a length …

Thin buried magnetic layers ranging from thicknesses of a few atomic monolayers to several
nanometers are omnipresent in the fields of magnetism and spintronics. For the functionality …