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Self-trapped optical solitons were proposed in the early days of nonlinear optics, and their demonstration based on the third-order nonlinearity has been reported in Both the temporal and spatial regimes.1-3 Recently it has been predicted that a cascaded second-order nonlinearity can produce effects similar to those of third-order nonlinearities with nonlinear phase shifts that are higher by orders of magnitude.
© 1995 Optical Society of America
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