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Stabilizing optical rogue waves with fiber topography

In this work, it is numerically shown that the evolution of Akhmediev breathers (ABs) in an optical fiber can also be quasistabilized in space for a properly designed fiber with longitudinally-varying profile, thus mimicking a propagating oceanic rogue wave along a changing seabed topography. The paper also discusses the experimental feasibility of implementing such a varying-topography along a photonic crystal fiber (PCF).