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Of spheres and squares: Can Sloterdijk help us rethink the architecture of climate science?

机译:关于球形和正方形:Sloterdijk可以帮助我们重新思考气候科学的体系结构吗?

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This article explores how different visions and values of science translate into different architectural shapes. I bring Peter Sloterdijk's spherology' to bear on my ethnographic fieldwork at the NEEM ice core base in Greenland, a significant node in the global infrastructure of climate science. I argue that the visual form of the geodesic dome of the camp materializes specific values and visions of this branch of paleoclimate science, which I elaborate vis-a-vis the pragmatic claims of the scientists/designers and the particular architectural history of Danish ice core drilling in Greenland. I argue that this aesthetic history articulates with Buckminster Fuller's ideas of a new nature' and scalar connections' encapsulated in his geodesic form. Second, I argue that the aesthetic production of space in the camp replicates the modern distinction between science and society, in so far as the lab space is rectangular and the recreational space is spherical. Third, I argue that NEEM scientists and Sloterdijk are essentially engaged in a common project: the scientists work hard to align air bubbles in the cores with atmospheric fluctuations in the hemisphere on the evidentiary terrain of ice, and Sloterdijk attempts to connect micro-uteri with macro-uteri in an attempt to fundamentally rethink space. Fuller's notion of Spaceship Earth', appropriated by Sloterdijk in his thinking about anthropogenic climate change, lends itself well to capturing the scalar alignments and the isolated NEEM base - on a mission to save planet Earth. In conclusion, I argue that Sloterdijk's spherology may serve as a point of departure for rethinking the aesthetic grammar of the architecture of science.
机译:本文探讨了科学的不同观点和价值观如何转化为不同的建筑形态。我将彼得·斯洛特迪克(Peter Sloterdijk)的球体学带到了格陵兰岛NEEM冰芯基地的人种志田野研究中,该基地是气候科学全球基础设施的重要节点。我认为,营地大地穹顶的视觉形式体现了这一古气候科学分支的具体价值和愿景,我相对于科学家/设计师的实用主义主张和丹麦冰芯的特定建筑历史来阐述在格陵兰岛钻井。我认为,这种审美史与巴克敏斯特·富勒关于大地测量形式的“新自然”和“标量连接”的思想有关。其次,我认为,在实验室空间为矩形而娱乐空间为球形的情况下,营地中空间的审美生产再现了科学与社会之间的现代区别。第三,我认为NEEM科学家和Sloterdijk本质上参与了一个共同的项目:科学家努力工作以使核心中的气泡与冰的证据地形上的半球中的大气波动对齐,Sloterdijk试图将微子宫与宏子宫,试图从根本上重新思考空间。斯洛特迪克(Sloterdijk)在思考人为气候变化时采用了富勒(Fuller)的“宇宙飞船地球”概念,非常适合捕捉标量对准和孤立的NEEM基地-以拯救地球为使命。总之,我认为Sloterdijk的球体学可以作为重新思考科学建筑美学语法的出发点。

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