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- W4386214812 abstract "Quantum optoelectronic devices based on nanostructured semiconductor materials offer unique control over the device properties by wavefunction engineering. Among other things, these devices serve as mode-locked laser sources for the generation of regular short-pulse trains at custom-tailored wavelengths, complementing the spectral region covered by conventional diode lasers. Examples include quantum cascade lasers (QCLs) which utilize optical transitions between quantized conduction band states in a multi-quantum-well structure, and quantum dot (QD) lasers employing transitions between three-dimensionally confined electron and hole states. For in-depth analysis of the laser dynamics and targeted design optimization, a realistic and computationally efficient simulation model is required. The Maxwell-Bloch type equations offer a suitable semiclassical approach, combining a classical description of optical propagation with a density matrix model for the quantum active region. We extend this model by adding a realistic and efficient description of saturable absorption as required for short-pulse generation by passive mode-locking, and present a suitable numerical approach." @default.
- W4386214812 created "2023-08-29" @default.
- W4386214812 creator A5016515948 @default.
- W4386214812 date "2023-07-03" @default.
- W4386214812 modified "2023-10-17" @default.
- W4386214812 title "Dynamic Modeling of Mode-Locked Quantum Cascade Lasers" @default.
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- W4386214812 doi "https://doi.org/10.1109/piers59004.2023.10221257" @default.
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