We present a systematic study of the magnetic domain wall induced modulation of
superconducting transition temperature (T c) in Nb/Ni bilayer stripes. By varying the …

We report in-plane magnetization measurements on Ni/Nb/Ni/CoO and Co/Nb/Co/CoO spin
valve structures with one of the ferromagnetic layers pinned by an antiferromagnetic layer. In …

We report in-plane magnetization measurements on Nb/Co bilayers using a thin
superconductor Nb∼ 25 nm and a thick ferromagnet Co∼ 40− 55 nm where Bloch domain …

Motiviert durch das Potential supraleitender Spintronik wird in der vorliegenden Dissertation
das Wechselspiel von Supraleiter (S)-Ferromagnet (F)-Heterostrukturen unter …

Scattering of spin-up and spin-down electrons while passing through a ferromagnetic
domain wall (DW) leads to an additional resistance for transport current, usually observed …

At the interface between superconducting and magnetic materials is a plethora of new
physics. This new physics can be driven by electronic proximity effects, taking advantage of …

We study the temperature dependence of the critical current density, $ J_ {{\rm c}}^{{\rm
S}/{\rm F}}(T) $, of a Nb/PdNi (PdNi= Pd 84 Ni 16) bilayer before and after the application of …

This paper constitutes a short review of the main experimental investigations into the subject
as they were known on November 2009. The paper is also intended to be useful as an …

Superconducting critical temperature, Tc, have been measured in a series of Nb/Py/Nb (here
Py= Ni80Fe20) trilayers having constant Py thickness, dPy= 432nm, and variable Nb …

We report in plane magnetization measurements on Nb/Co bilayers using a thin
superconductor Nb $\sim25 $ nm and a thick ferromagnet Co $\sim40-55$ nm where Bloch …