Low-dimensional nanostructures have many advantages when used in sensors compared
to the traditional bulk materials, in particular in their sensitivity and specificity. In such …

Anomalous photocurrents following optical interband excitation and the interaction with a
Terahertz field are investigated in GaAs quantum wells. Our approach is based on the …

Non-charge-based logic in single-hole spin of semiconductor quantum dots (QDs) can be
controlled by anisotropic gate potentials providing a notion for making next-generation solid …

We study the role of different orientations of an applied magnetic field as well as the
interplay of structural asymmetries on the characteristics of eigenstates in a quantum ring …

Robustness of the geometric phase (GP) with respect to different noise effects is a basic
condition for an effective quantum computation. Here, we propose a useful quantum system …

We explore a solid-state qubit defined on valley isospin of an electron confined in a gate-
defined quantum dot created in an area of monolayer MoS 2/WS 2 lateral junction where a …

We consider the problem of analyzing spin-flip qubit gate operation in the presence of
Random Telegraph Noise (RTN). Our compressive approach is the following. By using the …

We provide an alternative means of electric field control for spin manipulation in the absence
of magnetic fields by transporting quantum dots adiabatically in the plane of two …

We report new three-dimensional modeling results of the band structure calculation of
GaAs/Al_ 0.3 Ga_ 0.7 As quantum dots (QDs) in presence of externally applied magnetic …

Quantitative numerical calculations of the effect of spin-orbit interaction on the magnetization
and magnetic susceptibility of electrons to low-dimensional quantum dots were presented …