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节肢动物的复眼一直是科学家感兴趣的研究对象。中国研究人员参与的一个国际科研团队1日在英国《自然》杂志上报告说,他们开发出模拟复眼特性的人造同位复眼照相机,这种相机可实现视角和景深极大化,且不会产生轴外像差。论文作者之一、美国西北大学教授黄永刚告诉新华社记者,复眼有非常大的视角和景深,对运动物体的感应也十分灵敏。他们受此启发研制出的人造同位复眼照相机由一组弹性微型透镜阵列和一组可变形的硅基光电感应阵列组成,分别布置在弹性薄膜基底的两侧,其中每个微型透镜和光感元件构成一个“小眼”。黄永刚说,这两个阵列都在平面上制造并组装起来,然后经由弹性变形转换成近乎完整的半球形状(160度),上面集
The compound eye of arthropods has been the subject of interest to scientists. An international research team led by Chinese researchers reported in the journal Nature in the UK on the 1st that they have developed a man-made co-eye compound camera that simulates the compound eye feature that maximizes the viewing angle and depth of field without generating the axis Aberration. Huang Yonggang, a professor at Northwestern University in the United States, told Xinhua News Agency reporters that the compound eye has a very large perspective and depth of field, and is also very sensitive to the movement of objects. They were inspired by the development of artificial synchrophoto camera consists of a group of flexible micro-lens array and a set of deformable silicon-based photoelectric sensor array, respectively, arranged on both sides of the flexible film substrate, wherein each micro-lens and light sensing elements constitute A “little eye ”. Huang Yonggang said that both arrays are fabricated and assembled on a flat surface and then transformed via elastic deformation into a nearly complete hemispherical shape (160 degrees)