Waiting time distribution and the zero-frequency full counting statistics of unidirectional
electron transport through a double quantum dot molecule attached to spin-polarized leads …

In this paper we propose a new design of a spin-dependent polarizer based on a quantum
dot array coupled to leads. By lifting the spin degeneracy of the carriers in the quantum dots …

We propose an efficient spin-filter device by exploiting bound states (BICs) in the continuum
and Fano effect on a triple Rashba quantum dot molecule embedded in an Aharonov–Bohm …

Numerical calculations indicate that by suitably controlling the individual gate voltages of a
capacitively coupled parallel double quantum dot, with each quantum dot coupled to one of …

We consider the electronic transport through a Rashba quantum dot coupled to
ferromagnetic leads. We show that the interference of localized electron states with resonant …

In this paper we study the formation of bound states in the continuum in a quantum dot
molecule coupled to leads and their potential application in spintronics. Based on the …

The SU (4)-SU (2) crossover, driven by an external magnetic field h, is analyzed in a
capacitively coupled double quantum dot device connected to independent leads. As one …

Molecular junctions contribute significantly to the fundamental understanding of the quantum
information technologies in molecular spintronics. In this paper, with the aid of the state of …

Metal-molecule-metal junction is considered the basing block and key element of molecular
spintronic devices, within which to generate spin polarized currents is one of the most …

The electronic transport in a system of two quantum rings side-coupled to a quantum wire is
studied via a single-band tunneling tight-binding Hamiltonian. We derived analytical …