Abstract
Self-induced spatial solitons in photorefractive crystals have attracted considerable interest due to their potential in waveguiding, all-optical switching and beam manipulation [1-2]. Especially the possibility of their observation at very low laser power combined with their stability and robustness levels makes them attractive for applications. In order to realize soliton-induced waveguides or spatial soliton switching, it is essential to investigate the interaction and relative forces between soliton beams.
© 1998 IEEE
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