In this paper we review some recent results obtained on superconducting/ferromagnetic
(S/F) structures when measuring the dynamic instabilities of the vortex lattice at high driving …

In structures made up of alternating superconducting and ferromagnet layers (S/F/S
heterostructures), it is known that the macroscopic quantum wave function of the ground …

The ferromagnetic transition temperature (T c) of a weak ferromagnetic thin film Cu 0.38 Ni
0.62 has been estimated by using an evolution of the Belov, Goriaga, and Arrott (BGA) …

We have studied the temperature induced 0-π thermodynamic transition in Nb/PdNi/Nb
superconductor/ferromagnetic/superconductor (SFS) heterostructures by microwave …

We report measurements of the superfluid density, λ− 2 (T), in ferromagnet-on-
superconductor (F/S) bilayers and S/F/S′ trilayers comprising Nb with Ni, Py, CoFe, and …

The coupling of two superconductors (S) through a ferromagnet (F) can lead to either a zero-
or a π-phase difference between the superconducting banks. Most research in this area is …

Specular and diffuse X-ray scattering are used to study interfacial roughness in Nb/Pd0.
81Ni0. 19 multilayers deposited by dc UHV sputtering. The data are analyzed to extract …

The search for optimal materials to be used in superconductor/ferromagnet hybrids is
fundamental to the development of superconducting spintronic devices. One of the main …

The dynamic instability of the moving vortex lattice at high driving currents has been studied
in superconductor (S)/weak ferromagnet (F) bilayer, Nb/Cu 0.38 Ni 0.62. Voltage-current, V …

Point contact spectroscopy measurements have been performed on Nb/PdNi bilayers in
which the thickness of the Nb layer, d Nb, was kept constant at 40 nm while the thickness of …