We examine the Fröhlich polaron problem in wurtzite nitride cylindrical nanowire embedded
in a nonpolar matrix within the framework of the Lee–Low–Pines variational approach. The …

We investigate the dynamics and decoherence of the exciton polaron in a 2D transition
metal dichalcogenides modulated by a magnetic field barrier. Using the Huybrechts method …

Simultaneous effects of electric and magnetic fields on the basic parameters of confined and
interface polarons in cylindrical quantum well wires with a finite confining potential are …

The contributions of bulk and surface phonons to the properties of a polaron in a Zn 1− X Cd
X Se∕ ZnSe heterojunction confined in a triangular potential have been studied using the …

In the framework of Landau–Pekar theory, we study the polaron problem in the double
quantum ring structures within theeffectivemassapproximation in the presence of …

The effect of electric and magnetic fields on the basic parameters of confined and interface
polarons in cylindrical nanowires embedded in a non-polar matrix are studied theoretically …

In the framework of effective mass approximation the polaron problem in double quantum
ring structures in the presence of perpendicular electric and magnetic fields with taken into …

Polarons are quasiparticles that result from a strong coupling regime between electron or a
hole and ions in nanomaterials. Polarons manifest themselves in many different ways under …

The energy relaxation of hot electrons is proposed based on the spin–orbit (SO) interaction
of both Rashba and Dresselhaus types with the effect of hot phonons. A continuum theory of …

The effect of the external electric field on the basic parameters of interface polarons in
wurtzite nitride cylindrical nanowire (NW) is studied theoretically by means of Lee–Low …