The spin-selective transport through helical molecules has been a hot topic in condensed
matter physics, because it develops a new research direction in spintronics, ie, chiro …

The present work critically investigates the interplay between light irradiation, molecular
helicity, and electron hop** on spin-selective electron transmission, considering a …

The charge and spin-dependent thermoelectric responses are investigated on a single-
stranded helical system possessing a collinear antiferromagnetic spin arrangement with …

Possible engineering of spin polarization through a multistranded magnetic quantum
network in the presence of light irradiation is reported. Each site of the network is associated …

The spin dependent transport phenomena are investigated in a double stranded (ds)
magnetic helix (MH) structure. Two different helical systems, short-range hop** helix and …

Conformational effect on electronic localization is critically investigated for the first time
considering a double-stranded helical geometry (DSHG) subjected to an electric field. In the …

Several proposals are available to get selective spin transmission through different nano-
junctions and in all the cases the regulation is done either by applying a magnetic field or by …

In this work we put forward a new prescription for the generation and manipulation of non-
decaying pure spin current (SC) in a Rashba spin–orbit (SO) coupled conducting loop which …

In this work, we put forward a prescription of achieving spin selective electron transfer by
means of light irradiation through a tight-binding (TB) magnetic chain whose site energies …

Here, we consider theoretical description and fabrication of thin wires, which are arranged
along space curves. Geometry of these nanoarchitectures is characterized by two functions …