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Journal of the Optical Society of America A

Optical coherent transients by laser frequency

Ralph G. DeVoe, Richard G. Brewer

Published May 1, 1978• 0 citations
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Optical Transient Experiments allow one to probe the coherent interaction of light with matter, as well as measure the time for energy transfer, T1, and loss of phase coherence, T2, in atoms, molecules and solids. Coherent optical transients are induced when the interaction of light with the sample is changed in a time which is short compared to T2. The interaction can be modified by changing the amplitude, frequency or phase of the existing laser light. This can be accomplished with an electro-optic modulator which makes it possible to electronically control a wide variety of laser experiments. The method of electro-optic laser phase and frequency switching with an extra-cavity modulator is discussed below.

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE•Jan 30, 1980•0 citations
Optical Transient Experiments allow one to probe the coherent interaction of light with matter, as well as measure the time for energy transfer, T1, and loss of phase coherence, T2, in atoms, molecules and solids. Coherent optical transients are induced when the interaction of light with the sample is changed in a time which is short compared to T2. The interaction can be modified by changing the amplitude, frequency or phase of the existing laser light. This can be accomplished with an electro-optic modulator which makes it possible to electronically control a wide variety of laser experiments. The method of electro-optic laser phase and frequency switching with an extra-cavity modulator is discussed below.