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Descripción
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| This research effort is devoted to the analysis of the weakly nonlinear description of light interaction with narrow defects in fiber Bragg gratings. In particular it includes: (i) the derivation of the appropriate envelope equation description that takes into account the effect of the grating defect, starting from the full 1D Maxwell-Lorentz equations, (ii) the analysis and the numerical computation of the resulting reflection/transmission coefficients induced by different defect profiles, (iii) the derivation of a family of nonlinear standing defect modes that keep light confined to the vicinity of the defect, (iv) the development of a numerical code for the simulation of the time evolution of the complete problem of light propagation in a fiber Bragg grating with a sharp defect, (v) the numerical analysis of the stability properties of the nonlinear defect modes, and (vi) the numerical exploration of the pulse trapping characteristics for some typical defects. | |
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Internacional
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Entidad
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Lugar
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Páginas
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64 |
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Referencia/URL
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Distribuido por Storming Media LLC (www.stormingmedia.us) precio: 24.95 USD |
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Tipo de publicación
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Informe Técnico |