Proceedings of the Optical Society of Korea Conference (한국광학회:학술대회논문집)
- 2000.02a
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- Pages.126-127
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- 2000
Dynamic Resonance Fluorescence in a Colored Vacuum
단일 모드 공진기에서의 동역학 공명형광
- Hyoncheol Nha (Center for Macroscopic Quantum-field Laser, KAIST) ;
- Chough, Young-Tak (Center for Macroscopic Quantum-field Laser, KAIS) ;
- Wonho Jhe (Department of Physics, Seoul National University) ;
- Kyoungwon An (Center for Macroscopic Quantum-field Laser, KAIST)
- Published : 2000.02.01
Abstract
Resonance fluorescence is the manifestation of the interaction between the physical system under consideration and the vacuum-field fluctuation. The fluorescence spectrum provides such physical informations as the energy-level structure of the system, instabilities and relative populations of the energy levels, etc.. One of the typical fluorescence spectra is the Mollow triplet appearing when two-level atoms are driven by a strong coherent field in free space
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