Abstract

Numerical simulations of a dissipative soliton-similariton laser are shown to reproduce a range of instabilities seen in recent experiments. The model uses a scalar nonlinear Schrödinger equation map, and regions of stability and instability are readily identified as a function of gain and saturable absorber parameters. Studying evolution over multiple round trips reveals spectral instabilities linked with soliton molecule internal motion, soliton explosions, chaos, and intermittence. For the case of soliton molecules, the relative phase variation in the spectrum is shown to be due to differences in nonlinear phase evolution between the molecule components over multiple round trips.

© 2020 Optical Society of America

Dark solitons in the exploding pulsation of the bright dissipative soliton in ultrafast fiber lasers

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Dispersive Fourier transform characterization of multipulse dissipative soliton complexes in a mode-locked soliton-similariton laser

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Dynamics of breathing dissipative soliton pairs in a bidirectional ultrafast fiber laser

Yi Zhou, Yu-Xuan Ren, Jiawei Shi, and Kenneth K. Y. Wong
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