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Transient optical modulation with a disperse-red-1–doped polymer film

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Abstract

Transient optical modulation properties of a disperse-red-1–doped polymer film are investigated by use of four-wave mixing with two-color light. Interesting behavior is observed for the transient modulation on variation of the two-color light intensities because of competition between the two mechanisms of one-photon (reorientation) and biphoton (isomerization) gratings. Positive and negative modulation as well as double-frequency modulation relative to blue-light input is observed in the experiment. The results may have applications in optical information processing.

© 2000 Optical Society of America

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