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In this paper a theory model and the corresponding simulations which permit to analyze the solitonic wave propagation in biological media, is presented. The chirality is modeled as Drude’s formulation, showing the validity rank of the model. The model considers the nonlinear and dispersive effects due to the spectral dependency of the input signal and the cuasy-monocromatic approach, so as to write the Schrodinger non-linear equation and solving it numerically by means of the spectral Fourier method. The numerical results show the effect of chiral factor variation on the media impedance, transmission and reflection coefficients. Finally, the generalization of the Drude’s formulation for the metamaterial case, is briefly discussed.

ONDAS SOLITÓNICAS EN INTERFACES ABIÓTICAS-BIÓTICAS BASADAS EN FORMULACIÓN DE DRUDE PARA MEDIOS QUIRALES