We investigate theoretically how the proximity effect in superconductor/ferromagnet hybrid
structures with intrinsic spin-orbit coupling manifests in two measurable quantities, namely …

We theoretically study a finite-size SF 1 NF 2 spin valve, where a normal metal (N) insert
separates a thin standard ferromagnet (F 1) and a thick half-metallic ferromagnet (F 2). For …

Using a self-consistent Bogoliubov–de Gennes approach, we theoretically study the
proximity-induced density of states (DOS) in clean SFF spin valves with noncollinear …

Superconducting correlations which are long ranged in magnetic systems have attracted
much attention due to their spin-polarization properties and potential use in spintronic …

We propose a mechanism for the generation of pure superconducting spin-current carried
by equal-spin triplet Cooper pairs in a superconductor (S) sandwiched between a …

We investigate the role strain-induced deoxygenation plays on the observed T c attenuation
in multilayers of La 1/3 Ca 1/3 MnO 3 (LCMO) and YBa 2 Cu 3 O 7-δ (YBCO), where a long …

We study spin switching effects in finite-size superconducting multivalve structures. We
examine F 1 F 2 SF 3 and F 1 F 2 SF 3 F 4 hybrids where a singlet superconductor (S) layer …

We theoretically study self-consistent proximity effects in finite-sized systems consisting of
ferromagnet (F) layers coupled to an s-wave superconductor (S). We consider both SF 1 F 2 …

In diffusive Josephson junctions the phase difference ϕ between the superconductors
strongly influences the spectroscopic features of the layer separating them. The observation …

After more than a decade, direct observation of the odd frequency triplet pairing state in
superconducting hybrid structures remains elusive. We propose an experimentally feasible …