Bifurcation analysis and optical soliton solutions of the kundu eckhaus equation in birefringent fiber

The study investigates the non-linear dynamics of solitary waves traveling through birefringent fiber using the Kundu Eckhaus equation as a model. The 𝜑^6 - model expansion method is implemented to explore the complex behaviors of soliton solutions in the optical system. Bifurcation analysis is explored to determine the stability and evaluation of optical solitons under the varying parameters, to check the system’s non-linear phenomena

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