Nonlinear Localization of Dissipative Modulation Instability
Modulation instability (MI) in the presence of noise typically leads to an irreversible and complete disintegration of a plane wave background. Here we report on experiments performed in a coherently driven nonlinear optical resonator that demonstrate nonlinear localization of dissipative MI: format...
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| Veröffentlicht in: | Physical review letters 2021-09, Vol.127 (12), p.123901-123901, Article 123901 |
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| container_title | Physical review letters |
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| creator | Nielsen, Alexander U. Xu, Yiqing Todd, Caleb Ferre, Michel Clerc, Marcel G. Coen, Stephane Murdoch, Stuart G. Erkintalo, Miro |
| description | Modulation instability (MI) in the presence of noise typically leads to an irreversible and complete disintegration of a plane wave background. Here we report on experiments performed in a coherently driven nonlinear optical resonator that demonstrate nonlinear localization of dissipative MI: formation of persisting domains of MI-driven spatiotemporal chaos surrounded by a stable quasi-plane-wave background. The persisting localization ensues from a combination of bistability and complex spatiotemporal nonlinear dynamics that together permit a locally induced domain of MI to be pinned by a shallow modulation on the plane wave background. We further show that the localized domains of spatiotemporal chaos can be individually addressed-turned on and off at will-and we explore their transport behavior as the strength of the pinning is controlled. Our results reveal new fundamental dynamics at the interface of front dynamics and MI, and offer a route for tailored patterns of noiselike bursts of light. |
| doi_str_mv | 10.1103/PhysRevLett.127.123901 |
| format | Article |
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Here we report on experiments performed in a coherently driven nonlinear optical resonator that demonstrate nonlinear localization of dissipative MI: formation of persisting domains of MI-driven spatiotemporal chaos surrounded by a stable quasi-plane-wave background. The persisting localization ensues from a combination of bistability and complex spatiotemporal nonlinear dynamics that together permit a locally induced domain of MI to be pinned by a shallow modulation on the plane wave background. We further show that the localized domains of spatiotemporal chaos can be individually addressed-turned on and off at will-and we explore their transport behavior as the strength of the pinning is controlled. 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| subjects | Bistability Disintegration Domains Localization Modulation Nonlinear dynamics Optical resonators Physical Sciences Physics Physics, Multidisciplinary Plane waves Science & Technology |
| title | Nonlinear Localization of Dissipative Modulation Instability |
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