Traditional studies that combine spintronics and superconductivity have mainly focused on
the injection of spin-polarized quasiparticles into superconducting materials. However, a …

We consider trilayer F 1 F 2 F 3 Josephson junctions that are finite in two dimensions and
have arbitrary magnetizations in each ferromagnet F i (i= 1, 2, 3). The trilayers are …

Combining superconductors (S) and ferromagnets (F) offers the opportunity to create a new
class of superconducting spintronic devices. In particular, the S/F interface can be …

Significant progress has been achieved recently in a new field of low-temperature
electronics, the physics of superconducting hybrid systems based on superconductors (Ss) …

Due to the spin-orbit coupling (SOC) an electric current flowing in a normal metal or
semiconductor can induce a bulk magnetic moment. This effect is known as the Edelstein …

The theory of superconductivity developed by Bardeen, Cooper and Schrieffer (BCS)
explains the stabilization of electron pairs into a spin-singlet, even frequency, state by the …

In conventional superconductors, electrons of opposite spins are bound into Cooper pairs.
However, when the superconductor is in contact with a non-uniformly ordered ferromagnet …

Epitaxial Ho/Nb/Ho and Dy/Nb/Dy superconducting spin valves show a reversible change in
the zero-field critical temperature (Δ T c 0) of∼ 400 mK and an infinite magnetoresistance on …

The length scale over which supercurrent from conventional BCS, s-wave superconductors
(S) can penetrate an adjacent ferromagnetic (F) layer depends on the ability to convert …

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 …