Add to ORKG© 2018 Author(s). In this work, we consider dispersion laws of spin waves that propagate in a ferromagnet/superconductor bilayer, specifically in a ferromagnetic film coupled inductively to a superconductor. The coupling is viewed as an interaction of a spin wave in a ferromagnetic film with its mirrored image generated by the superconductor. We show that, in general, the coupling enhances substantially the phase velocity of magnons in in-plane spin wave geometries. In addition, a heavy nonreciprocity of the dispersion law is observed in the magnetostatic surface spin wave geometry where the phase velocity depends on the direction of the wave propagation
Motivated by recent studies on current-driven domain-wall motion we have explored the dispersion of ...
Spin waves (SWs) in coupled Co/FeNi bilayers are probed by the Brillouin light‐scattering technique....
The manipulation and propagation of spin degree of freedom have been extensively studied for last de...
In this work, we consider dispersion laws of spin waves that propagate in a ferromagnet/superconduct...
We report the experimental observation of Snell's law for magnetostatic spin waves in thin ferromagn...
© 2020 Author(s). This work is focused on the numerical investigation of spin waves that propagate i...
The role of three-dimensionality in a ferromagnetic medium in ruling the propagation properties of s...
In this work, a new hybridization of superconducting and ferromagnetic orders is demonstrated, promi...
Superconducting and magnetic order are usually mutually exclusive, and are found to coexist in relat...
In ferromagnetic thin films, broken inversion symmetry and spin-orbit coupling give rise to interfac...
In recent times, the role of three-dimensionality in the propagation properties of spin waves has be...
We have observed the propagation of spin waves and spin-wave packets in 20-nm-thick Permalloy film...
In this thesis, wave effects associated with the refraction and reflection of plane, dipolar spin wa...
International audienceAn analytical expression for the amplitudes of magnetostatic surface spin wave...
Surface magnetization waves are studied in a semi-infinite magnetic medium in the perpendicular geom...
Motivated by recent studies on current-driven domain-wall motion we have explored the dispersion of ...
Spin waves (SWs) in coupled Co/FeNi bilayers are probed by the Brillouin light‐scattering technique....
The manipulation and propagation of spin degree of freedom have been extensively studied for last de...
In this work, we consider dispersion laws of spin waves that propagate in a ferromagnet/superconduct...
We report the experimental observation of Snell's law for magnetostatic spin waves in thin ferromagn...
© 2020 Author(s). This work is focused on the numerical investigation of spin waves that propagate i...
The role of three-dimensionality in a ferromagnetic medium in ruling the propagation properties of s...
In this work, a new hybridization of superconducting and ferromagnetic orders is demonstrated, promi...
Superconducting and magnetic order are usually mutually exclusive, and are found to coexist in relat...
In ferromagnetic thin films, broken inversion symmetry and spin-orbit coupling give rise to interfac...
In recent times, the role of three-dimensionality in the propagation properties of spin waves has be...
We have observed the propagation of spin waves and spin-wave packets in 20-nm-thick Permalloy film...
In this thesis, wave effects associated with the refraction and reflection of plane, dipolar spin wa...
International audienceAn analytical expression for the amplitudes of magnetostatic surface spin wave...
Surface magnetization waves are studied in a semi-infinite magnetic medium in the perpendicular geom...
Motivated by recent studies on current-driven domain-wall motion we have explored the dispersion of ...
Spin waves (SWs) in coupled Co/FeNi bilayers are probed by the Brillouin light‐scattering technique....
The manipulation and propagation of spin degree of freedom have been extensively studied for last de...