Invited paperDissipative soliton interactions inside a fiber laser cavity
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Cited by (98)
Coded information storage pulsed laser based on vector period-doubled pulsating solitons
2023, Optics and Laser TechnologyCitation Excerpt :Recently, as a typical dissipative system, fiber laser is also used for optical information storage due to its rich nonlinear dynamics [6,7]. In particular, as one of the fiber lasers, passively mode-locked fiber laser not only has the advantages of easy integration and strong anti-interference ability, but also is an ideal platform for studying solitons [8–11]. When the cavity is free from external interference and the interval of solitons in the time scale is much greater than the duration of the cavity, multiple solitons in the cavity can exist independently and propagate stably over a long distance without distortion.
Evolutions of versatile wavelength-dependent bound solitons
2021, Optical Fiber TechnologyCitation Excerpt :Meanwhile, we notice that the wavelength redshift would have an influence on the relative phase difference, soliton separation and the number of soliton participating in the establishment of bound state. Essentially, tuning the wavelength is equivalent to managing gain and loss inside the cavity, which attributes to the modifications of cavity conditions for mode locking [32]. On the one hand, due to the unflatness of EDF gain curve and the spectral filtering effect from NPR mechanism, the wavelength redshift would alter the nonlinear gain and loss, which would lead to an accumulation of excessive nonlinear phase shifts and an aggravation of the pulse splitting phenomenon.
Stable soliton pulse generation from a SnSe<inf>2</inf>-based mode-locked fiber laser
2020, Infrared Physics and TechnologyCitation Excerpt :Owing to the potential application in optical communication and optical signal processing systems, optical soliton with ultrashort pulse width have been widely investigated in many different physical systems, such as fluid mechanics, plasma physics, optics, nonlinear optical fibers, and so on [1–5]. Among these research systems, passively mode-locked fiber lasers with rare-earth ion-doped fiber as gain medium are regarded as perfect platform to investigate the optical soliton, because of its simplicity and easy control on experimental parameters [6,7]. Well known, the saturable absorbers (SAs) is one of the most critical components in a passively mode-locked fiber laser.
Impact of the Higher-Order Reactive Nonlinearity on High-Amplitude Dissipative Solitons
2024, Journal of Nonlinear Mathematical Physics