In this study, we theoretically scrutinize the effect of the inverse-square interaction on the
thermal properties of two electrons trapped in a parabolic GaAs quantum dot. The analytical …

In this work, we consider a quantum dot in the presence of electric and magnetic fields
simultaneously. Given the importance of studying the magnetocaloric effect (MCE), we have …

In the present work, we report an investigation on quantum entanglement in the doubly
excited 2 s 2 1 S e resonance state of the positronium negative ion by using highly …

We study the band structure of semiconductor nanowires with quantum dots embedded in
them. The band structure is calculated using the Rayleigh–Ritz variational method. We …

The thermal and magnetic properties of a parabolic GaAs quantum dot for two-Harmonically
interacting electrons when it exposed to an external magnetic field, taking into account the …

Applying a strong enough magnetic field results in the binding of few-electron resonant
states. The mechanism was proposed many years ago but its verification in laboratory …

We study the decay properties of Tonks-Girardeau gases esca** from a double-well
potential. Initially, the gases are constrained between two infinite δ barriers with an on …

We discuss a diagonal representation of a reduced density matrix determined within the
framework of the complex scaling method. We also discuss a possible measure of bipartite …

We provide a diagonal form of a reduced density matrix of S-symmetry resonance states of
two electron systems determined under the framework of the complex scaling method. We …

We study the band structure of semiconductor nanowires with quantum dots embedded in
them. The band structure is calculated using the Rayleigh-Ritz variational method. We …