We present a calculation of the ground-state binding energy of an impurity magnetopolaron
confined in a three-dimensional (3D) parabolic quantum dot potential, in the framework of a …

The influence of electric field on the ground-state energy of a polaron, bound to a
hydrogenic impurity in a cylindrical quantum dot is investigated. The results illustrate the …

We find the fine structure splitting (FSS) of a single exciton, which splits its degenerate
ground-state manifold into singlets, nearly vanishes in highly asymmetric quantum dots …

The interplay between confinement effects due to applied electric and magnetic fields,
quantum-size confinements, and the electron–phonon coupling on the impurity binding …

The influence of electric and magnetic fields as well as electron‐polar optical phonon
interaction on an electron bound to a Coulomb impurity in a cylindrical quantum dot is …

The theory of large-radius polarons in quantum dots is developed with the difference in
dielectric properties between the materials of the quantum dot and surrounding matrix taken …

The interaction between exciton and confined longitudinal optical (LO) phonons, interface
optical (IO) phonons in an asymmetric Ga 1− x Al x As/GaAs/Ga 0.7 Al 0.3 As square …

A variational approach is employed to obtain the ground and the first excited state binding
energies of an electron bound to a hydrogenic impurity in a polar semiconductor quantum …

The theory of large radius polaron in the quantum wire is developed. The interaction of
charge particles with interface optical phonons as well as with optical phonons localized in …

Within the framework of second-order Rayleigh-Schrodinger perturbation theory (RSPT), the
polaronic corrections to the ground state (GS) energy of an electron in both two-dimensional …