Electronic transport through a mesoscopic ring consisting of coupled quantum dots is
theoretically studied. First, an analytical expression about the linear conductance is obtained …

We examine the intersubband transition dynamics of a single semiconductor quantum well
when the ground and the first excited subbands are coupled by strong electromagnetic …

Magnetic field induced exciton binding energy is investigated in a strained InAs/GaAs
quantum wire within the framework of single band effective mass approximation. The strain …

We have studied transverse thermomagnetic effects in a quantum well (QW) with parabolic
potential in the presence of a magnetic field parallel to the two-dimensional electron gas …

Abstract Effect of magnetic field on exciton binding energy is investigated in a strained
wurtzite GaN/Al 0.2 Ga 0.8 N quantum dot in which the strong built-in electric field due to the …

We examine how an in-plane magnetic field B modifies the density of states (DOS) in narrow-
to-wide, conduction-band dilute-magnetic semiconductor quantum wells. We demonstrate …

We report on photoluminescence (PL) measurements of a symmetric Ga As∕ Al Ga As
double quantum well (DQW) in high magnetic fields. For this study, a selectively contacted p …

Under an in-plane magnetic field, the density of states of quasi-two-dimensional carriers
deviates from the occasionally stereotypic step-like form both quantitatively and qualitatively …

We present a self-consistent magnetic phase structure in modulation-doped dilute magnetic
III-V semiconductor quantum wells (DMS QW). The temperature and the magnetic-field …

A scheme to produce closely spaced high-quality one-dimensional electronic channels is
presented. It is based on standard nanolithography fabrication applied to a single, wide …