Mode-locking lasers have not only produced huge economic benefits in industrial fields and
scientific research, but also provided an excellent platform to study diverse soliton …

The self-assembly of optical solitons propagating in nonlinear dissipative systems spreads
the concept of soliton molecules. Assisted with the real-time spectral interferometry, plentiful …

Solitons can self-assemble into stable bound states, also denoted as soliton molecules that
exhibit molecule-like dynamics. Soliton molecules have been predominantly investigated in …

Research has shown that passively mode-locked fiber lasers produce chaotic output, which
has caught the attention of physicists, chemists, and bio-scientists owing to their wide …

The development of the connections between ultrafast laser dynamics and solitary waves
concepts is presented, with an attempt to emphasize on important research milestones and …

We implement a superlocalization method in the time domain that allows the observation of
the external motion of soliton molecules in a fiber ring cavity laser with unprecedented …

Recent progress in real-time spectral interferometry enables access to the internal dynamics
of optical multisoliton complexes. Here, we report on the first, to the best of our knowledge …

Real-time detection of the ultrafast dynamics in complex nonlinear optical systems provides
novel insights into pulse interactions and dynamic patterns, especially for soliton molecules …

Important ongoing research on mode-locked fiber lasers aims at developing new types of
multisoliton regimes, such as soliton molecules, molecular complexes, or soliton crystals …

As an arising hotspot in nonlinear science, soliton molecules are found to have intriguing
internal dynamics originating from the nonlinear interactions between closely spaced …