Elena & Fabrice's Web
Contents
- List of Figures
- Introduction
- Theoretical Background
- The harmonic oscillator: bosonic states
- The two level system: fermionic states
- Coherent coupling
- Incoherent processes: master equation and Lindblad terms
- First order coherence function and the power spectrum
- The Quantum Regression Formula
- Second order correlation function and the noise spectrum
- One quantum dot in a microcavity: the linear model
- Introduction
- Mean values
- First order correlation function and power spectrum
- Strong and Weak Coupling at resonance
- Fitting of the experimental data
- Second order correlation function
- Possible extensions of this work
- Conclusions
- Two coupled quantum dots
- Introduction
- First order correlation function and power spectrum
- Strong and Weak coupling at resonance
- Some examples
- Second order correlation function
- Possible extensions of this work
- Conclusions
- One quantum dot in a microcavity: nonlinear models
- Introduction
- The anharmonic oscillator
- Linear model with excitonic interactions
- The Jaynes-Cummings model
- Future work
- Conclusions
- Two quantum dots in a microcavity
- Introduction
- Two quantum dots in a microcavity
- One quantum dot in a cavity with a biexcitonic state
- Future work
- Conclusions
- Conclusions
- Bibliography
Elena del Valle 2009-10-11