曲线坐标
材料科学
再分配(选举)
能量收集
纳米技术
纳米结构
六方晶系
格子(音乐)
生物高聚物
平面的
光电子学
计算机科学
生物系统
能量(信号处理)
生物
复合材料
计算机图形学(图像)
物理
结晶学
几何学
数学
化学
政治
量子力学
声学
法学
聚合物
政治学
作者
Giulia Guidetti,Fiorenzo G. Omenetto
标识
DOI:10.1002/adom.202401729
摘要
Abstract Plants and animals produce highly evolved, hierarchical systems that combine physicochemical material parameters with functional micro‐ and nanostructures to manage energy, motion, and species survival. These systems, besides providing cues on bottom‐up manufacturing of technological structures, can give insight on strategies for efficient energy management. Here is reported the observation of an optically interconnected network formed by the cells of the leaves of the Macodes petola jewel orchid that provides light harvesting and redistribution across its surface. The planar redistribution of light incident on the leaf is enabled by the distinctively rounded shape of the outer epidermal cells and by their arrangement in a short‐range ordered hexagonal lattice. Successful replication of a live leaf in a free‐standing biopolymer film validates the observation and opens avenues for the exploration of non‐traditional energy harvesting interfaces that are soft, conformal, and curvilinear.
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