Response Characteristics of Optical Waveguides Containing Diarylethene : * Note: Sub-titles are not captured in Xplore and should not be used

K. Tanimoto, Y. Amemiya, S. Yokoyama
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Abstract

In order to realize a neural network, an optical waveguide having a memory effect was fabricated by using a core layer containing a photochromic material "diarylethene". An optical neural networks using waveguides having a memory effect, photodiodes and LEDs have been proposed. The transmittance of green light was decreased by UV light irradiation and recovered by the passage of green light through the waveguide. From the analysis and modeling of the optical response, a method to reduce the response time in millisecond order has been proposed.
含二乙烯光波导的响应特性:*注:在Xplore中不捕获副标题,不应使用
为了实现神经网络,利用含有光致变色材料“二乙烯”的核心层制备了具有记忆效应的光波导。提出了一种使用具有记忆效应的波导、光电二极管和led的光神经网络。紫外光的照射降低了绿光的透射率,而绿光通过波导后又恢复了绿光的透射率。通过对光响应的分析和建模,提出了一种毫秒级的缩短响应时间的方法。
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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