Abstract
The dynamics of dark-bright vector solitons is investigated in a birefringent
fiber with the high-order dispersions, and their effects on vector soliton
propagation and interaction are analyzed using the numerical method. The combined
role of the high-order dispersions, such as the third-order dispersion (TOD) and the
fourth-order dispersion (FOD), may cause various deformation of the vector soliton
and enhance interaction. These effects depend strictly on the sign of the high-order
dispersions. Results indicate that the disadvantageous effects can be reduced
effectively via proper mapping of the high-order dispersions.
© 2011 Chinese Optics Letters
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