Add to ORKGNovel oscillator strength transfer phenomena induced by the exciton-exciton correlation were studied. Starting from a Hamiltonian of interacting excitons, the δ- quantum-well susceptibility to the weak probe beam in presence of a population of δ+ excitons was analytically calculated. The optical spectra of the microcavity were calculated in the framework of the linear dispersion theory by inserting the susceptibility formula in a transfer matrix calculation
THESIS 6786Strong coupling between an atom and a cavity field is a well established phenomenon in th...
We study the strong coupling between photons and bulk excitons in a one-dimensional Bragg grating. T...
The main problem for observing bosonic statistics of excitons is that the density needed in usual qu...
Novel oscillator strength transfer phenomena induced by the exciton-exciton correlation were studied...
A well-resolved polariton to biexciton transition is measured in a high-quality quantum-well microca...
[[abstract]]As semiconductor fabrication technology developed, it became possible to fabricate high-...
This thesis presents a theoretical investigation of exciton polaritons in strongly-coupled exciton-p...
This work contains a theoretical analysis of the optical properties of semiconductor quantum wells e...
The reflectivity spectra at different incident angles of semiconductor microcavity having heavy-hole...
We analyze the formation of two-dimensional biexcitons and the role of exciton dark states decoupled...
The optical properties of excitons in thin layers are significantly different from those in bulk cry...
In this report, we present the observations of strong exciton-polariton coupling in a semiconductor...
Semiconductor microcavities are monolithic multilayer heterostructures grown by molecular beam epita...
In this paper, the present status of the experimental study of the optical properties of biexcitons ...
A well-resolved nonlinear optical transition associated with biexcitons is observed in a high-qualit...
THESIS 6786Strong coupling between an atom and a cavity field is a well established phenomenon in th...
We study the strong coupling between photons and bulk excitons in a one-dimensional Bragg grating. T...
The main problem for observing bosonic statistics of excitons is that the density needed in usual qu...
Novel oscillator strength transfer phenomena induced by the exciton-exciton correlation were studied...
A well-resolved polariton to biexciton transition is measured in a high-quality quantum-well microca...
[[abstract]]As semiconductor fabrication technology developed, it became possible to fabricate high-...
This thesis presents a theoretical investigation of exciton polaritons in strongly-coupled exciton-p...
This work contains a theoretical analysis of the optical properties of semiconductor quantum wells e...
The reflectivity spectra at different incident angles of semiconductor microcavity having heavy-hole...
We analyze the formation of two-dimensional biexcitons and the role of exciton dark states decoupled...
The optical properties of excitons in thin layers are significantly different from those in bulk cry...
In this report, we present the observations of strong exciton-polariton coupling in a semiconductor...
Semiconductor microcavities are monolithic multilayer heterostructures grown by molecular beam epita...
In this paper, the present status of the experimental study of the optical properties of biexcitons ...
A well-resolved nonlinear optical transition associated with biexcitons is observed in a high-qualit...
THESIS 6786Strong coupling between an atom and a cavity field is a well established phenomenon in th...
We study the strong coupling between photons and bulk excitons in a one-dimensional Bragg grating. T...
The main problem for observing bosonic statistics of excitons is that the density needed in usual qu...