… a random superposition of linear waves. We routinely observe rogue waves with amplitudes
ten times larger than the average one, and all of the largest waves that we have studied are …

… appropriate network equation, the system of coupled nonlinear Schrödinger equations, the
coupled rogue waves solutions and then we show coupled rogue waves obtained. In Sect. 3, …

… of rogue waves are still not completely understood, and we believe that the research of rogue
waves … Does the novel complex nonlinear wave equation (2) has the higher-order rogue …

… In general, intensity statistical investigations of fiber sources have flourished since the famous
demonstration of optical rogue waves (RWs) [20,21]. Although the statistical RW behavior …

… both linear and nonlinear optics [7, 8]. In … rogue wave, we construct the rogue wave solutions
through the modified Darboux transformation method [53]. From the well-known rogue wave …

… rogue waves in N-component coupled defocusing nonlinear Schrödinger equations where
N ⩾ 2. The fundamental rogue-wave … -AES (ie, dark-dark) RWs in nonlinear optical fibers [36…

… ,” which are related to an optical rogue wave's generation in linear experiments. [ 25 ] By
extending these concepts to other systems, rogue waves can be classified as phenomena …

… Rogue waves (RWs) were observed first in the ocean [6], and originally were regarded as …
and mechanisms of rogue wave and try to find ways to control it [9–12]. The rogue wave (RW) …

… in a high-frequency plasma, and nonlinear … stationary nonlinear optical pulses in dispersive
dielectric fibers [1,2,3,4]. As creatures of the nonlinear phenomena, solitary and rogue waves …

… Since these pioneering works, MI has picked momentum and evolved as one of the most
fascinating phenomena in the field of nonlinear optics. The sweeping interest in MI for more …