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The introduction of either a central layer defect or a central twist defectin a periodic structurally chiral material generatescircular-polarization-sensitive spectral holes in the remittance spectrums fornormally incident plane waves. We propose and theoretically establish here thethird method to generate such spectral holes using two-section chiralsculptured thin films (STFs). Both sections of the proposed device have thesame periodicity and handedness, but their dielectric properties are differentand related in a specific way. The concept of pseudoisotropy is highly relevantfor the production of the proposed device.

Third method for generation of spectral holes in chiral sculptured thin films