Transient responses of liquid crystals for optical switching with microseconds: nanoseconds response speed

S. Zhao, K. L. Hong, I. Khoo
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Abstract

A critical analysis of various nonlinear mechanisms such as laser induced thermal/order parameter changes and flow orientation effects in nematic liquid crystal is presented, along with feasibility demonstrations of all-optical switching and optical image processing and tunable photonics using these mechanisms. The merits and limitation of nematics are discussed together with some preliminary results with Blue Phase liquid crystals that could circumvent some of the limitations.
微秒级光开关液晶的瞬态响应:纳秒级响应速度
对向列液晶中激光诱导的热/序参量变化和流动取向效应等非线性机制进行了分析,并论证了利用这些机制实现全光开关、光学图像处理和可调谐光子学的可行性。讨论了向列法的优点和局限性,以及蓝相液晶的一些初步结果,这些结果可以克服一些局限性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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