The field of ultrafast spectroscopy of semiconductors and their nanostruc tures continues to
be an active field of research. Exciting new developments have taken place since the first …

Based on the dielectric-continuum model and Loudon's uniaxial crystal model, the equation
of motion for the p-polarization field in an arbitrary wurtzite multilayer heterostructure is …

Within the framework of the dielectric continuum model and Loudon's uniaxial crystal model,
the interface optical (IO) phonon modes and their electron-phonon interaction Fröhlich-type …

The equation of motion for the p-polarization field in an arbitrary wurtzite multilayer
heterostructure is solved for the propagating optical-phonon (POP) modes in the framework …

The phonon modes of a quantum dot quantum well (QDQW) in the nonpolar dielectric
surrounding medium are deduced by using the dielectric continuum model. The confined …

An improved model of electron-phonon interaction for longitudinal-optical phonons in
layered semiconductor quantum wells is developed. In this simple modified dielectric …

The binding energy and the effective mass of a polaron confined in a GaAs− Ga 1− x Al x As
quantum well are calculated within the framework of the fractional-dimensional space …

The ground states of interface polarons in a realistic heterojunction potential are
investigated by considering the bulk and the interface optical phonon influence. A self …

Polaron effects on excitons in parabolic quantum wells are studied theoretically by using a
variational approach with the so-called fractional dimension model. The numerical results for …

A theory of polar optical vibrations in multilayer semiconductor structures is developed
taking into account phonon dispersion. A method of diagonalization of the equations of …