We report inelastic light scattering measurements of spin and charge excitations in nanofabricated AlGaAs/GaAs quantum dots with few electrons. A narrow spin excitation peak is observed and assigned to the intershell triplet-to-singlet monopole mode of dots with four electrons. Configuration-interaction theory provides precise quantitative interpretations that uncover large correlation effects that are comparable to exchange Coulomb interactions
Few electron electrostatically gated quantum dots have been developed historically with two main pur...
This thesis presents research that contributes to the understanding of fundamental properties of ele...
We have employed time-dependent local-spin density-functional theory to analyze the multipole spin a...
We report inelastic light scattering measurements of spin and charge excitations in nanofabricated A...
We present recent studies of electronic excitations in nanofabricated AlGaAs/GaAs semiconductor quan...
Resonant inelastic light scattering provides a venue for the study of spin transitions and interacti...
Spin transitions and correlated few-electron states are investigated by resonant inelastic light sca...
Low-lying collective excitations above highly correlated ground states of few interacting electrons ...
We present a magneto-optical investigation of neutral and charged few-exciton complexes in individua...
We investigate correlation effects in few-electron lateral quantum dots between filling factor \u3bd...
In this article we review our recent experimental and theoretical investigations of electronic excit...
We report the investigation of electronic excitations in InGaAs self-assembled quantum dots using re...
INVITED TALK: Recent results obtained in the field of spin excitations in nanometric magnetic dots s...
Correlation among particles in finite quantum systems leads to complex behaviour and novel states of...
Measurements and calculations previously reported for a lateral quantum dot at magnetic fields close...
Few electron electrostatically gated quantum dots have been developed historically with two main pur...
This thesis presents research that contributes to the understanding of fundamental properties of ele...
We have employed time-dependent local-spin density-functional theory to analyze the multipole spin a...
We report inelastic light scattering measurements of spin and charge excitations in nanofabricated A...
We present recent studies of electronic excitations in nanofabricated AlGaAs/GaAs semiconductor quan...
Resonant inelastic light scattering provides a venue for the study of spin transitions and interacti...
Spin transitions and correlated few-electron states are investigated by resonant inelastic light sca...
Low-lying collective excitations above highly correlated ground states of few interacting electrons ...
We present a magneto-optical investigation of neutral and charged few-exciton complexes in individua...
We investigate correlation effects in few-electron lateral quantum dots between filling factor \u3bd...
In this article we review our recent experimental and theoretical investigations of electronic excit...
We report the investigation of electronic excitations in InGaAs self-assembled quantum dots using re...
INVITED TALK: Recent results obtained in the field of spin excitations in nanometric magnetic dots s...
Correlation among particles in finite quantum systems leads to complex behaviour and novel states of...
Measurements and calculations previously reported for a lateral quantum dot at magnetic fields close...
Few electron electrostatically gated quantum dots have been developed historically with two main pur...
This thesis presents research that contributes to the understanding of fundamental properties of ele...
We have employed time-dependent local-spin density-functional theory to analyze the multipole spin a...