Exciton quantization and oscillator strength are studied for three different geometries of confinements, namely: quantum wells, quantum well wires and quantum dots, as a function of sample dimension. Numerical results for CdS samples are discussed and the importance of non-adiabatic effects in the intermediate range of dimensions are pointed out
We investigated the optical properties of excitons in quasi-one-dimensional semiconductor quantum st...
Using semianalytical models we calculate the energy, effective Bohr radius, and radiative lifetime o...
Confinement of electron-hole pairs (excitons) in semiconductor quantum dots (QDs) leads to novel qua...
Exciton quantization and oscillator strength are studied for three different geometries of confineme...
Features of the photoluminescence spectra observed for various polarizations and intensities of the ...
We review our theoretical approach to the optical response of low-dimensional semiconductor structur...
The scaling of exciton binding energy in semiconductor quantum wires is investigated theoreticallyth...
Several recent theoretical advances concerning semiconductor quantum dots are reviewed. First of all...
Semiconductor quantum boxes are heterostructures which lead to a total quantization of the exciton e...
A theoretical and experimental study of the exciton in ultra-narrow quantum wells (QWs) is performed...
Certain classes of semiconductor quantum dots being actually fabricated exhibit a nearly parabolic c...
We show that the finite lateral sizes of ultrathin CdSe nanoplatelets strongly affect both their pho...
The characteristic features of the luminescence spectra of CdS semiconductor nanocrystals, crystalli...
Different aspects of the photoluminescence from semiconductor quantum-confined structures are studie...
A theoretical and experimental study of the exciton in ultra-narrow quantum wells (QWs) is performed...
We investigated the optical properties of excitons in quasi-one-dimensional semiconductor quantum st...
Using semianalytical models we calculate the energy, effective Bohr radius, and radiative lifetime o...
Confinement of electron-hole pairs (excitons) in semiconductor quantum dots (QDs) leads to novel qua...
Exciton quantization and oscillator strength are studied for three different geometries of confineme...
Features of the photoluminescence spectra observed for various polarizations and intensities of the ...
We review our theoretical approach to the optical response of low-dimensional semiconductor structur...
The scaling of exciton binding energy in semiconductor quantum wires is investigated theoreticallyth...
Several recent theoretical advances concerning semiconductor quantum dots are reviewed. First of all...
Semiconductor quantum boxes are heterostructures which lead to a total quantization of the exciton e...
A theoretical and experimental study of the exciton in ultra-narrow quantum wells (QWs) is performed...
Certain classes of semiconductor quantum dots being actually fabricated exhibit a nearly parabolic c...
We show that the finite lateral sizes of ultrathin CdSe nanoplatelets strongly affect both their pho...
The characteristic features of the luminescence spectra of CdS semiconductor nanocrystals, crystalli...
Different aspects of the photoluminescence from semiconductor quantum-confined structures are studie...
A theoretical and experimental study of the exciton in ultra-narrow quantum wells (QWs) is performed...
We investigated the optical properties of excitons in quasi-one-dimensional semiconductor quantum st...
Using semianalytical models we calculate the energy, effective Bohr radius, and radiative lifetime o...
Confinement of electron-hole pairs (excitons) in semiconductor quantum dots (QDs) leads to novel qua...