Add to ORKGWe experimentally study the effect of perpendicular electric field on the exciton binding energy using a specially designed step quantum well. From photoluminescence spectra at the temperature of 77 K, we have directly observed remarkable blueshift of the exciton peak due to the transition from spatially direct to spatially indirect excitons induced by electric field. (C) 1995 American Institute of Physics
We have performed experimental studies of the exciton dynamics in coupled quantum wells in electric ...
By using an appropriate coordinate transform we have calculated variationally the ground state excit...
The luminescence from etched quantum-well wire structures often exhibits an unexpectedly large blues...
We experimentally study the effect of perpendicular electric field on the exciton binding energy usi...
A specially designed step quantum well was used to study the transition of space direct/indirect exc...
The influence of screening by confined free electrons on the exciton binding energy in the asymmetri...
An accurate calculation of the exciton ground and excited states in AlGaAs and InGaAs coupled quantu...
The photoluminescence (PL) of excitons confined in an electric field tunable coupled AlAs/GaAs quant...
With spatially resolved photoluminescence experiments we demonstrate voltage-controlled trapping of ...
The authors present room temperature photoluminescence and photocurrent measurements on a three laye...
Abstract: The photoluminescence (PL) of excitons confined in an electric field tunable coupled AlAs/...
We show that by means of an electric field we can tune the energy levels in vertical quantum dot pai...
The study of excitons in semiconductors is a rich field that has seen numerous beautiful development...
We report the first studies of exciton luminescence spectra from asymmetric double quantum wells (DQ...
We present experimental study of the influence of an electric field applied inparallel to the layers...
We have performed experimental studies of the exciton dynamics in coupled quantum wells in electric ...
By using an appropriate coordinate transform we have calculated variationally the ground state excit...
The luminescence from etched quantum-well wire structures often exhibits an unexpectedly large blues...
We experimentally study the effect of perpendicular electric field on the exciton binding energy usi...
A specially designed step quantum well was used to study the transition of space direct/indirect exc...
The influence of screening by confined free electrons on the exciton binding energy in the asymmetri...
An accurate calculation of the exciton ground and excited states in AlGaAs and InGaAs coupled quantu...
The photoluminescence (PL) of excitons confined in an electric field tunable coupled AlAs/GaAs quant...
With spatially resolved photoluminescence experiments we demonstrate voltage-controlled trapping of ...
The authors present room temperature photoluminescence and photocurrent measurements on a three laye...
Abstract: The photoluminescence (PL) of excitons confined in an electric field tunable coupled AlAs/...
We show that by means of an electric field we can tune the energy levels in vertical quantum dot pai...
The study of excitons in semiconductors is a rich field that has seen numerous beautiful development...
We report the first studies of exciton luminescence spectra from asymmetric double quantum wells (DQ...
We present experimental study of the influence of an electric field applied inparallel to the layers...
We have performed experimental studies of the exciton dynamics in coupled quantum wells in electric ...
By using an appropriate coordinate transform we have calculated variationally the ground state excit...
The luminescence from etched quantum-well wire structures often exhibits an unexpectedly large blues...