We develop a theory for spin transport and magnetization dynamics in a quantum dot spin
valve, ie, two magnetic reservoirs coupled to a quantum dot. Our theory is able to take into …

Non-collinear spin transport is at the heart of spin or magnetization control in spintronics
devices. The use of nanoscale conductors exhibiting quantum effects in transport could …

Spin-charge conversion by the inverse spin Hall effect or inverse Rashba-Edelstein effect is
prevalent in spintronics but dissipative. We propose a dissipationless spin-charge …

Phonon-assisted electronic tunneling through a vibrating quantum dot embedded between
normal and superconducting leads is studied in the Kondo regime. In such a hybrid device …

We theoretically analyze the thermoelectric properties of the single-spin state based on the
resonant tunneling of electron in the ferromagnetic-normal junction with artificial magnetic …

We present a theoretical study of charge and spin resolved currents in a Y-shape molecular
junction which consists of phenalene molecule at the center of junction connected to three …

Tunneling of electrons through a Coulomb-blockade system is a stochastic (ie, random)
process. The number of the transferred electrons per time interval is determined by a …

This thesis theoretically studies the dynamics of molecular magnets under electrical control.
Molecular magnets are nanoscale magnets that can, eg, consist of single-molecules or …