Abstract
Development of future parallel communication systems demands technologies for generation, storage and manipulation of complicated optical beam patterns. Use of self-organizing spatial phenomena in self-modulating optical devices may be an effective approach. Experimental studies of bistable spatial memories using spatial light modulators [1,2] have shown spatial coupling is significant for the stability and resolution of light dots, and also can give rise to complex spatial patterns, including localized structures.
© 1998 IEEE
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