The interaction between nanostructures of different dimensionality, two-dimensional
quantum well (QW) and zero-dimensional quantum dots (QDs), has been studied by …

A systematic spectroscopic study of the carrier transfer between quantum dot (QD) and
quantum well (QW) layers is carried out in a hybrid dot-well system based on InAs QDs and …

A strong effect of a quantum well (QW) incorporated into a quantum dot (QD) structure on the
density of states of the system and the efficiency of carrier transfer from the barrier material to …

Carrier dynamics including carrier relaxation and tunneling within a coupled InAs quantum
dot (QD)–In 0.15 Ga 0.85 As quantum well (QW) hybrid nanostructure are investigated using …

A strong dependence of quantum dot (QD)–quantum well (QW) tunnel coupling on the
energy band alignment is established in hybrid InAs/GaAs–InxGa1− xAs/GaAs dot–well …

Excitation transfer processes within self-organized quantum dot (QD) pairs in bilayer
InAs/GaAs QD samples are investigated. QDs in samples with a 1.74-ML InAs seed layer …

The lateral carrier diffusion process is investigated in coupled InGaAs/GaAs quantum dot-
quantum well (QD-QW) structures by means of spatially resolved photoluminescence …

Photoluminescence (PL) properties of self-organized quantum dots (QDs) in a vertically
aligned double-layer InAs/GaAs QD structure are studied as a function of temperature from …

Emission in the narrow spectral range 950–1000 nm is obtained at the nanobridge optical
transition involving experimentally and theoretically observed hybrid states in the InGaAs …

We investigate the diffusion of photo-generated carriers (excitons) in hybrid two dimensional–
zero dimensional tunnel injection structures, based on strongly elongated InAs quantum …