An important consequence of the discovery of giant magnetoresistance in metallic magnetic
multilayers is a broad interest in spin-dependent effects in electronic transport through …

As spintronics goes nano, new phenomena are predicted resulting from the interplay
between spin dependent transport and single electron physics. The long term goal of …

We discuss the electronic waiting-time distribution of a quantum-dot spin valve, ie, a single-
level quantum dot coupled to two ferromagnetic electrodes with magnetizations that can …

We study the adiabatic pumping of electrons through quantum dots attached to
ferromagnetic leads. Hereby, we make use of a real-time diagrammatic technique in the …

Nonequilibrium Green's function technique has been used to calculate spin-dependent
electronic transport through a quantum dot in the Kondo regime. The dot is described by the …

We investigate linear and nonlinear transport in a double quantum dot system weakly
coupled to spin-polarized leads. In the linear regime, the conductance as well as the …

Cotunneling transport through quantum dots weakly coupled to noncollinearly magnetized
leads is analyzed theoretically by means of the real-time diagrammatic technique. The …

We study nonequilibrium electronic transport through a quantum dot or an impurity weakly
coupled to ferromagnetic leads. Based on the rate equation formalism we derive the noise …

Electrons in a quantum-dot spin valve, consisting of a single-level quantum dot coupled to
two ferromagnetic leads with magnetizations pointing in arbitrary directions, experience an …

Based on Keldysh's nonequilibrium Green function method, the spin-dependent transport
properties in a ferromagnet–quantum dot (QD)–ferromagnet coupled system are …