In this work, the study of the 1s‐like exciton states and binding energy is presented for
coupled double zinc blende GaN/InGaN quantum wells. The effective mass approximation …

An interacting electron–hole pair in a quantum well–wire is studied within the framework of
the effective-mass approximation. An expansion to a 1 dimensional, quantum well model is …

Diamagnetic susceptibility and binding energy of an exciton in a near triangular quantum
well, with potential profile proportional to| z| 2/3 composed of GaAs/Ga 1− x Al x As and …

The exciton properties in a multilayered coaxial cylindrical quantum wire layered as A l A s/G
a A s/A lx G a 1− x A s/G a A s/A lx G a 1− x A s are investigated. The exciton binding …

The binding energies of the heavy-hole and light-hole exciton in a GaAs spherical quantum
dot have been calculated using variational technique within effective mass approximation …

Surface quantum wells are seeking considerable attention due to their asymmetrical nature
of polarized interface and its consequences. Their results with and without external …

The influence of annealing temperature, As 4 beam equivalent pressure and multi-runs
growth on AlGaAs/GaAs structures was investigated. The real space ultrahigh vacuum …

Binding energies of the heavy hole and light hole exciton in a quantum well with Pöschl–
Teller (PT) potential composed of GaAs have been studied variationally within effective …

---------------------------------------------------ABSTRACT------------------------------------------------In the
present work, I have studied the ground state of the binding energy of light and heavy hole …

Exciton binding energy in cubic semiconductor quantum dot Page 1 International Journal of
Modern Physics B Vol. 33, No. 26 (2019) 1950303 (8 pages) c World Scientific Publishing …