We investigate the dynamic of optical rogue waves induced by super-Gaussian (SG) pulses
in fiber optic. SG pulses with controlled steep leading and trailing edges can produce high …

Peregrine rogue wave excitation has applications in gaining high-intensity pulses, etc., and
a high-order rogue wave exhibits higher intensity. An exact solution and collision between …

Optical rogue waves are featured as the generation of high amplitude events at low
probability in optical systems. Moreover, the formation of optical rogue waves is …

We study the interaction between breather and N-order rogue waves in a nonlinear optical
fiber. The impacts of the relative phase and the interaction distance between breathers and …

We have numerically investigated the nonlinear dynamics of a Gaussian pulse with tunable
noise spectrum. Different from the nonlinear propagation of the pure Gaussian pulse, the …

We study the formation of rogue waves in a birefringent fiber. The nonlinear birefringence
and walk-off parameters are shown to affect the modulational instability and the appearance …

We investigate optical rogue waves in nonlinear optical fiber with group-velocity dispersion,
cubic nonlinearity and linear gain managements. We present conditions for controlling the …

The objective is to explore the mathematical analysis to understand and manipulate the
dynamics of higher-order rogue waves in an inhomogeneous multi-mode optical media. For …

We derive analytical rogue wave solutions of variable-coefficient higher-order nonlinear
Schrödinger equations describing the femtosecond pulse propagation via a transformation …

Optical rogue waves emerge in nonlinear optical systems with extremely large amplitudes,
and leave without a trace. In this work, we reveal the emergence of optical polarization …