Quantum Statistical Effects of Microcavity Exciton-polaritonsStanford University, 2000 - 244 pages |
Contents
Pulsed Experiments | 54 |
Quantum Theory of Polariton Laser ཁྐྲ8 8ཆྲ | 96 |
Conclusions | 107 |
Copyright | |
3 other sections not shown
Common terms and phrases
acoustic phonon binding energy Bohr radius bosonic bottleneck exciton CdTe corresponding Coulomb delay detector detuning emission intensity exciton density exciton mode exciton population exciton-exciton scattering rate excitons/pulse experiment experimental exponential decay Fano factor Fermi's golden rule fermion figure final state stimulation four wave mixing function of in-plane GaAs Hamiltonian hot exciton level in-plane momentum in-plane wavevector integral interaction laser level laser mode laser threshold lasing linear lower polariton density LP emission LP population luminescence master equation materials system matrix element measured microcavity exciton microcavity exciton-polariton microcavity sample mode density nerc nexc nonlinear optical photon photon mode Phys plot polariton emission polariton laser polariton mode polaritons/mode probe beam probe power probe pulse pump and probe pump level pump power rate equation reflectivity regime resonance saturation density scattering process spectra spontaneous emission stimulated exciton-exciton scattering stimulated scattering theoretical upper polariton wavefunction wavelength