Abstract
In this study, we determined the properties of one-dimensional photonic quasicrystals (PQC), including superconductors and dielectric materials, based on two representative quasiperiodic sequences comprising the generalized Thue–Morse (GTM) and generalized Fibonacci sequences in order to design a multichannel optical filter. By using the transfer matrix method and two-fluid model, we determined that the transmittance spectra exhibited a series of photonic band gaps (PBGs). In order to improve the characteristics of the PBGs, we considered the GTM configuration and applied a deformation comprising y=xh+1 along the PQC device, where h represents the deformation degree, and x and y are the thicknesses of the layers before and after deformation, respectively.
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