A general theory of collective spin-wave excitations in a two-dimensional array of magnetic
nanodots coupled by magnetodipolar interaction is developed. The theory allows one to …

Antidot lattices fabricated from permalloy thin films have been investigated by all-electrical
spin-wave spectroscopy and Brillouin light scattering. Periodic arrays of 120-nm-diameter …

The wave solutions of the Landau–Lifshitz equation (spin waves) are characterized by some
of the most complex and peculiar dispersion relations among all waves. For example, the …

Planar magnetic nanoelements, either single-or multilayered, are exploited in a variety of
current or forthcoming spintronic and/or ICT devices, such as read heads, magnetic memory …

Systems that exhibit topologically protected edge states are interesting both from a
fundamental point of view as well as for potential applications, the latter because of the …

We review the use of numerical micromagnetic simulations (“micromagnetics”) for
investigations in magnonics, the study of spin waves and their quanta–magnons. We argue …

Reversed structures of artificial spin-ice systems, where elongated holes with elliptical
shape (antidots) are arranged into a square array with two orthogonal sublattices, are …

We report a numerical implementation of the Landau-Lifshitz-Baryakhtar theory that dictates
that the micromagnetic relaxation term obeys the symmetry of the magnetic crystal, ie …

Strong coupling between magnons and cavity photons was studied extensively for quantum
electrodynamics in the past few years. Recently, the strong magnon–magnon coupling …

We have investigated the magnetization dynamics in single and trilayer circular permalloy
nanodots with a diameter of 120 nm using broadband ferromagnetic resonance …