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Optimal control of transient sum-frequency mixing processes

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Abstract

An optimal control technique is applied to design a pair of input laser pulses that control the temporal shape of an optical pulse generated in a process of transient sum-frequency mixing. Specific calculations performed for a model crystal in the case of fifth-harmonic generation are discussed as an example. The efficiency of the generation process is enhanced by the use of temporally tailored laser pulses.

© 2002 Optical Society of America

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