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Characteristic sideband instability of periodically amplified average soliton

Electronics Letters · 1992 · Vol. 28(8) · pp. 806–807

Stephen M. Kelly✉(Imperial College London)

Abstract

The periodic amplification of solitons is shown to develop an instability. This becomes evident through the appearance of a series of discrete sidebands in the soliton power spectrum. These sidebands do not exhibit the power tuning characteristic of the modulational instability, but instead follow an inverse square root dependence on the amplification period.

Advanced Fiber Laser Technologies Nonlinear Photonic Systems Nonlinear Dynamics and Pattern FormationSidebandModulational instabilityInstabilityPhysicsSolitonInversePower (physics)Square rootOpticsQuantum electrodynamics

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