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Chapitres
- 00:05Titre
- 01:07Sample Mounting and Cool Down
- 02:41Optics Setup
- 06:32Quasi-resonance Measurement Setup and Data Acquisition
- 07:57Results: Comparison of the Phonon-assisted Quasi-resonance Fluorescence Spectroscopy with Alternate Methods
- 09:32Conclusion
The manuscript describes a method of phonon-assisted quasi-resonant fluorescence spectroscopy that incorporates both laser-limited resolution and photoluminescence (PL) spectroscopy. This method utilizes optical phonons to provide linewidth-limited resolution spectra of atom-like semiconductor structures in the energy domain. The method is also easily realized with a single spectrometer optical spectroscopy setup.
Tags
Phonon-assisted Quasi-resonance Fluorescence SpectroscopyLaser Linewidth Limited ResolutionOptical SpectraAtom-like Semiconductor StructuresPhotoluminescent Spectroscopy SetupSemiconductor Optical SpectroscopyZero Dimensional SystemsQuantum DotsNitrogen-vacancy Centers In DiamondDefects In Silicon CarbideHigh-resolution Optical SpectraPolarization InformationImplications Of The TechniqueSingle SpectrometerExtinction FilterStray Laser LightIndium Arsenide Quantum Dot LayersGallium Arsenide LayersOptically Addressed Quantum Dot MoleculesSchottky Diode
