Abstract
We study Rayleigh-enhanced nondegenerate four-wave mixing (NFWM) withtime-delayed, correlated fluctuating fields. The importance of the fieldcorrelation is revealed in the Rayleigh-enhanced NFWM spectrum when thetime delay is varied. The Rayleigh-enhanced NFWM is employed to study theultrafast processes in the frequency domain. A relaxation time as shortas 220 fs was deduced in the Rayleigh-enhanced NFWM experiments incarbon disulphide.
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