Abstract
In this paper, by using the theoretical model based on the transfer matrix method, we theoretically study the optical properties of electromagnetic waves in one-dimensional hybrid periodic/quasiregular heterostructures containing nano-scale fullerene and semiconductor layers. The results show that a hybrid configuration is a promising candidate for resonant cavities with strong mode localization. A future application of these structures can be realized in the field of random lasers where the quasiregular structures, acting like defects in the hybrid systems, could serve as a new type of complex cavity that provides the feedback for laser action.
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