Influence of third-order dispersion on the propagation of incoherent light in optical fibers
We study the influence of third-order dispersion effects on the propagation of an incoherent
nonlinear wave in an optical fiber system. The wave spectrum is shown to exhibit a highly
asymmetric deformation characterized by a lateral spectral shoulder and the subsequent
formation of an unexpected constant spectral pedestal. A kinetic approach to the problem
reveals the existence of an invariant that explains in detail the essential properties of such
asymmetric spectral evolution of the wave.
nonlinear wave in an optical fiber system. The wave spectrum is shown to exhibit a highly
asymmetric deformation characterized by a lateral spectral shoulder and the subsequent
formation of an unexpected constant spectral pedestal. A kinetic approach to the problem
reveals the existence of an invariant that explains in detail the essential properties of such
asymmetric spectral evolution of the wave.
We study the influence of third-order dispersion effects on the propagation of an incoherent nonlinear wave in an optical fiber system. The wave spectrum is shown to exhibit a highly asymmetric deformation characterized by a lateral spectral shoulder and the subsequent formation of an unexpected constant spectral pedestal. A kinetic approach to the problem reveals the existence of an invariant that explains in detail the essential properties of such asymmetric spectral evolution of the wave.
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