Compression of self-frequency shift in ultrashort soliton propagation by super-Gaussian filters

Ying-Ji He; Li Luo; Wei-Ling Zhu; He-Zhou Wang

doi:10.1117/1.3129844

1 May 2009 Compression of self-frequency shift in ultrashort soliton propagation by super-Gaussian filters

Ying-Ji He; Li Luo; Wei-Ling Zhu; He-Zhou Wang

Author Affiliations +

Optical Engineering, 48(5), 055003 (2009). https://doi.org/10.1117/1.3129844

Abstract

We show, theoretically, that the combination of super-Gaussian filters and nonlinear gains can greatly control the self-frequency shift in ultrashort optical pulse. Typical examples are given for stabilizing the propagation of ultrashort optical pulse over a long distance. In particular, by comparing to the Gaussian filters, super-Gaussian filter is more effective in overcoming self-frequency shift in the presence of nonlinear gains.

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Ying-Ji He, Ying-Ji He, Li Luo, Li Luo, Wei-Ling Zhu, Wei-Ling Zhu, He-Zhou Wang, He-Zhou Wang, } "Compression of self-frequency shift in ultrashort soliton propagation by super-Gaussian filters," Optical Engineering 48(5), 055003 (1 May 2009). https://doi.org/10.1117/1.3129844 . Submission:

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