A new revolution in electronics is molecular spintronics, with the contemporary evolution of
the two novel disciplines of spintronics and molecular electronics. The key point is the …

A single molecular junction can act as spintronic device when a molecule coupled with
magnetic electrodes. Various analyses have been done to understand the spin transport …

We propose a magnetic molecular junction consisting of a single-molecule magnet Fe 4
connected two graphene electrodes and investigate transport properties, using the …

Understanding the spin-dependent electron transport through a single molecular junction
will provide in-depth knowledge to construct efficient molecular spintronic devices. The …

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 …

The spintronic transport properties of a junction system composed of a non-magnetic
molecule sandwiched between ferromagnetic metal electrodes are investigated theoretically …

One of the important issues of molecular spintronics is the control and manipulation of
charge transport and, in particular, its spin polarization through single-molecule junctions …

Spintronic systems exploit the fact that the electron current is composed of spin-up and spin-
down carriers, which are more easily disturbed than electronic systems. Here, we investigate …

We investigated the spin-dependent transport properties of a molecular device consisting of
a phenanthrene molecule anchored via two carbon atoms to zigzag graphene nanoribbon …

Spin-polarized transport properties are determined for pentacene sandwiched between Ni
surface electrodes with various anchoring ligands. These calculations are carried out using …