Abstract
The possibility of using organic materials (NPB) as two-dimensional (2D) photonic band gap (PBG) crystals was investigated. Different aspects of the absolute PBG formation for 2D photonic crystals consisting of air pores drilled into NPB films were examined. The formation of PBG was shown and confirmed by a calculation of the transfer matrix method. It was found that the NPB hexagonal network structure could be a good candidate for absolute inhibition of reflection in the visible frequency region for the given orientation.
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