… Compared to previous bilinear KP reduction methods for rogue waves in other integrable …
parameters in rogue waves. Under this new parameterization, the rogue wave expressions …

… modeling and interpreting many nonlinear phenomena in various fields of science, such as
plasma physics, optical fibers, quantum mechanics, nonlinear optics, mathematical chemistry…

… We can consider the Peregrine wave as the elementary rogue wave solution. Equivalently,
we can consider it as a rogue wave quantum or elementary particle of rogue wave patterns. …

… The nonlinear Schrödinger equation is the standard model in nonlinear optics. The pulse …
This paper reports the dynamics of optical rogue waves that appear in the coupled nonlinear …

… For various nonlinear physical equations, we describe the features of their rogue waves using
… various known equations that have applications in plasma physics and nonlinear optics. …

… rogue wave solution for the system. The interaction behaviors between the breather and
rogue wave … is valuable for increasing the understanding to the nonlinear optical fiber system. …

… rogue waves in the electrical network under consideration. Our results may help to control and
manage rogue waves … (6e) can find its applications in the nonlinear optics [26], in quantum …

… waves and rogue waves. We expect that our obtained results may help understand rogue
waves … background occurring in hydrodynamics and nonlinear optics with higher-order effects. …

… on the generation of rogue waves and on the conditions under which such waves are more
… , such as nonlinear optics and lasers [20], atmosphere [21], plasma physics [22], and matter …

… the first, two and third-order rogue wave solutions and give general formulae for generating
… Also, we discuss in detail the effects of the higher-order term on the rogue waves. The last …