Effects of inhomogeneities and drift on the dynamics of temporal solitons in fiber cavities and microresonators

Parra-Rivas, P.; Gomila, D.; Matias, M.A.; Colet, P.; Gelens, L.
Optics Express 22, 30943-30954 (2014)

In [P. Parra-Rivas, D. Gomila, M. A. Matias and P. Colet, "Dissipative Soliton Excitability Induced by Spatial Inhomogeneities and Drift", Physical Review Letters 110, 064103 (1-5) (2013)], using the Swift-Hohenberg equation, we introduced a mechanism that allows to generate oscillatory and excitable soliton dynamics, based on a competition between a pinning force at inhomogeneities and a pulling force due to drift. Here, we study the effect of such inhomogeneities and drift on temporal solitons and Kerr frequency combs in fiber cavities and microresonators, described by the Lugiato-Lefever equation with periodic boundary conditions. {bf We demonstrate that for low values of the frequency detuning the competition between inhomogeneities and drift leads to similar dynamics at the pining point, confirming the generality of the mechanism. The intrinsic periodic nature of ring cavities and microresonator introduces, however, some interesting differences in the final global states. For higher values of the detuning we observe that the dynamics is no longer described by the same mechanism and it is considerably more complex.

Additional files

This web uses cookies for data collection with a statistical purpose. If you continue browsing, it means acceptance of the installation of the same.

More info I agree