The formation of dissipative solitons is influenced by several factors, such as spectral filtering effects and Kerr nonlinear effects. This interaction leads to the possibility of mode locking over a wide range of parameters, generating pulses whose type and evolution are completely different from the conventional physical laws and optical properties, tolerating higher nonlinear effects and thus effectively avoiding the generation of pulse splitting. The physical laws and optical properties offer a major improvement over the conventional optical pulse.
