Transmission characteristics of singular spatial optical soliton in nolocal nonlinear media

Abstract

Abstract: Based on the basic theory model of spatial optical solitons in no-local nonlinear medium, using the subsection Fourier algorithm, we study the transmission characteristics and stability of the spatial optical solitons in two-dimensional no-local nonlinear media. Our results reveal that in the medium, Laguerre Gauss soliton (LGs) can exist. The transmission properties of soliton can be controlled by the modulation depth coefficient, as well as the initial conditions of beam condition in the no-local media. Furthermore, we found that the bigger of the transmission distance, the greater the effect significant is. The results of this paper can improve and enrich the spatial soliton theory system.

Key words: nonlinear optics, nolocal nonlinear, spatial optical solitons, subsection Fourier algorithm

CLC Number:

O436

CHEN Shunfang, XU Siliu . Transmission characteristics of singular spatial optical soliton in nolocal nonlinear media[J]. J4, 2014, 31(2): 208-212.

References

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