Abstract
A variety of techniques for the storage and processing of temporally modulated optical data streams in materials with1-3 and without1-5 intrinsic frequency selectivity have recently been developed. These techniques are characterized by very high bandwidths, large time-bandwidth products, and the ability to store spatial waveform information in addition to temporal information. We explore here the consequences of these interactions between stored temporal and spatial information.
© 1995 Optical Society of America
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