Atomic coherence-state phase conjugation in optical coherent transients

Summary form only given. Time-domain four- and six-wave mixing has been demonstrated as an important input scheme for proposed spatial-spectral holographic processing devices. Optimizing the design of these devices requires an understanding of the optical coherent transient phenomena resulting from time-domain wave mixing. In this paper, we show that a particular set of six-wave mixing signals can be directly related to the coherence-state pathways of time-domain four-wave mixing.