4 research outputs found
Theoretical Intensity-Dependent Response of Nonlinear Periodic Structures
We have modeled the response of a nonlinear periodic structure by means of the AbelĂ©s 2Ă2 matrix method. Our structure differs from the usual rejectionâband filter designs, in that we have chosen the filter elements to be index matched in the absence of radiation, providing a rejection band that both grows and shifts as a function of incident intensity. The intensity output function of the model not only directly demonstrates optical bistability, but also limiting, switching, selfâpulsing, and chaos
Theoretical Intensity-Dependent Response of Nonlinear Periodic Structures
We have modeled the response of a nonlinear periodic structure by means of the AbelĂ©s 2Ă2 matrix method. Our structure differs from the usual rejectionâband filter designs, in that we have chosen the filter elements to be index matched in the absence of radiation, providing a rejection band that both grows and shifts as a function of incident intensity. The intensity output function of the model not only directly demonstrates optical bistability, but also limiting, switching, selfâpulsing, and chaos