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ELECTRONIC PAPER DISPLAYS: Kindles and cuttlefish: Biomimetics informs e-paper displays

机译:电子纸显示屏:Kindle和乌贼:仿生技术为电子纸显示屏提供信息

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摘要

Both electronic paper (e-paper) and certain biological organisms share the need for adaptive, reflective surfaces to communicate information. The goal of each is to use numerous colors, textures, polarization, and contrast variations without optical losses in order to maximize and control (in an energy-efficient way) the desired physical appearance. Recognizing these display commonalities, researchers at the University of Cincinnati (Cincinnati, OH), the USA Marine Biological Laboratory (Woods Hole, MA), the Air Force Research Laboratory at Wright Patterson Air Force Base (Dayton, OH), and the Army Research Laboratory (Adelphi, MD) are attempting to merge the knowledge base of biomimetics used for biological adaptive coloration and appearance (with a focus on cephalopods such as squid, cuttlefish, and octopus) and synthetic reflective e-paper displays (such as Amazon's Kindle and the Sony Reader) using a series of scientific metrics.
机译:电子纸(电子纸)和某些生物有机体都需要自适应的反射表面来传达信息。每种产品的目的是使用多种颜色,纹理,偏振和对比度变化而不会造成光学损失,以最大化和控制(以节能的方式)所需的物理外观。认识到这些显示的共性,辛辛那提大学(俄亥俄州辛辛那提),美国海洋生物实验室(马萨诸塞州伍兹霍尔),赖特·帕特森空军基地(俄亥俄州代顿)的空军研究实验室的研究人员实验室(马里兰州阿德尔菲)正在尝试合并用于生物适应性着色和外观(重点是乌贼,墨鱼和章鱼等头足类)和合成反光电子纸显示器(例如亚马逊的Kindle和索尼阅读器)使用一系列科学指标。

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