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N-dimensional optics with natural materials
MRS Communications ( IF 1.9 ) Pub Date : 2020-04-22 , DOI: 10.1557/mrc.2020.23
Giulia Guidetti , Fiorenzo G. Omenetto

Natural systems displaying optical properties have for long been an inspiration for new classes of optical constructs. Using the same families of materials employed by Nature in combination with their directed assembly allows access to n-dimensions of control to, ultimately, generate optical systems with multiple coexisting functions. This review provides an overview of lab-made optical systems made of protein and polysaccharide-derived materials found in naturally occurring optical systems. Recent advances in optical biomimicry and bioinspired, polyfunctional optical structures are presented, addressing attributes such as sensing, edible devices, biologically activity, and resorbable optical formats.



中文翻译:

天然材料的N维光学

长期以来,显示光学特性的自然系统一直是新型光学构造的灵感来源。通过使用自然界使用的相同材料系列及其定向组装,可以访问n维控制,最终生成具有多种共存功能的光学系统。这篇综述概述了在自然发生的光学系统中发现的由蛋白质和多糖衍生材料制成的实验室制造的光学系统。介绍了光学仿生和生物启发的多功能光学结构的最新进展,解决了诸如传感,可食用设备,生物活性和可吸收光学格式等属性。

更新日期:2020-06-19
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