Circularly polarized light emission from microcavity light emitting devices based on sculptured chiral reflectors

Jian Xu, A. Lakhtakia, J. Liou, D. Cui, M. Gerhold
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Abstract

In this paper, a novel microcavity light emitting device is demonstrated to produce pure circularly polarized light with simultaneous control over emission bandwidth and center wavelength. This is achieved by sandwiching fluorescent molecules (Alq3) between two sculptured thin film (STF) chiral reflectors to form a resonant microcavity device of circular polarization selectivity, and optically pumping the device with unpolarized violet light
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基于雕刻手性反射器的微腔发光器件的圆偏振光发射
本文演示了一种新型的微腔发光装置,可以产生纯圆偏振光,同时控制发射带宽和中心波长。这是通过将荧光分子(Alq3)夹在两个雕刻薄膜(STF)手性反射器之间,形成圆偏振选择性的谐振微腔装置,并用非偏振紫光光泵送该装置来实现的
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