Optical solitons in cubic quartic form within birefringent fibers through the Schrodinger Hirota equation addressing
cubic quintic nonlinearity

Faculty	Science	Year:	2025
Type of Publication:	ZU Hosted	Pages:
Authors:	Staff Zu Site Abstract In Staff Site
Journal:	Modern Physics Letters B World Scientific Publishing Company	Volume:

Keywords :	Optical solitons , cubic quartic form within
Abstract:	In this paper, we study the Schr€odinger{Hirota equation in birefringent ¯bers incorporating cubic{quartic dispersion. The model studied comes with a cubic{quintic nonlinear structure. The governing model introduced in this study is novel and original, and the obtained solitons have not been reported before. The Schr€odinger{Hirota equation is an important modi¯ed structure within the higher-order NLSE that garnered signi¯cant attention in the ¯elds of mathematics and physics, especially in the context of the transmission of solitons in water waves and optical ¯bers. To investigate optical solitons for this model, three widely applied in various research studies are implemented for our governing model.

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