Lumen & Colours: A journey into the world of science

K. Reiter, S. Wiljes, F. Engel, I. Ebinal
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Abstract

Abstract A metallographer is often rewarded with a beautiful image when looking through the microscope. These images deserve to be made accessible to the general public. Within the project “Lumen & Colours: Faces of a city – a participatory project combining media art and urban design” funded by the German Federal Cultural Foundation (German: Kulturstiftung des Bundes), the opportunity arose to map images recorded via light optical as well as scanning electron microscopy onto different building facades of the city. A selection of images from research and failure analysis conducted at the Institute for Silicon Technology (ISIT), for example, were projected onto the facade of the cleanroom. The appeal lies in the fact that an image is associated with a location, that matter is merged with imagination and natural sciences with art. On the cleanroom building, which is a work of art in itself as its structural design is modelled after a silicon wafer, the image and the facade merge to become one. Art and science are surprisingly close to each other. A new dimension is revealed on the huge 36-meter wide facade of the Fraunhofer ISIT by a giant video projector with a weight of around 100 kg and an output of 30 000 ANSI lumens. [1] Moreover, the images were animated and projected onto different buildings in the city as part of a virtual presentation. This contribution will explain the technical background of the images obtained in battery research and from the analysis of silicon wafers and solder joints and will show the different views offered by microscopic observation and how these images become one with different facades.
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流明与色彩:科学世界之旅
金相学家通过显微镜观察时,往往能得到美丽的图像。这些图像应该向公众开放。在由德国联邦文化基金会(German: Kulturstiftung des Bundes)资助的项目“流光与色彩:城市的面貌——一个结合媒体艺术和城市设计的参与性项目”中,有机会将通过光学和扫描电子显微镜记录的图像映射到城市的不同建筑立面上。例如,在硅技术研究所(ISIT)进行的研究和故障分析中选择的图像被投射到洁净室的立面上。其吸引力在于,图像与地点相关联,物质与想象相结合,自然科学与艺术相结合。洁净室建筑本身就是一件艺术品,因为它的结构设计模仿了硅片,图像和立面融合为一体。艺术和科学惊人地紧密相连。在Fraunhofer ISIT巨大的36米宽的立面上,一个重约100公斤,输出30000 ANSI流明的巨型视频投影仪展示了一个新的维度。此外,作为虚拟展示的一部分,这些图像被动画化并投射到城市的不同建筑上。这篇文章将解释在电池研究中获得的图像的技术背景,以及从硅片和焊点的分析中获得的图像,并将展示微观观察提供的不同观点,以及这些图像如何与不同的外观结合在一起。
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