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One mechanism to generate optical rogue waves is the soliton fusion phenomenon. The impact of initial parameters such as pulse spacing, frequency separation, and phase difference between adjacent soliton shape… Click to show full abstract
One mechanism to generate optical rogue waves is the soliton fusion phenomenon. The impact of initial parameters such as pulse spacing, frequency separation, and phase difference between adjacent soliton shape pulses for soliton fusion phenomenon has been analyzed based upon soliton's eigenvalue. Numerical simulation results reveal that the parameter space can be divided to three regions, i.e., co-propagation, soliton fusion, and repulsion, which are sensitively dependent on the initial parameter.
Keywords:
fusion;
fusion phenomenon;
eigenvalue based;
soliton fusion
Journal Title: IEEE Photonics Journal
Year Published: 2017
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Journal Title: IEEE Photonics Journal
Year Published: 2017
Link to full text (if available)
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recommendations!