Borromini and the New Astronomy: the elliptical dome

V. Shrimplin
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Abstract

The cosmological view of the universe has frequently been reflected in art and architecture, especially in the cosmological symbolism attached to domed architecture, which relates to the traditional perception of the flat earth covered by the dome of heaven. Examples range from Byzantine churches to the revival of domed architecture during the Renaissance, and the decoration of the domes themselves also often alludes to astronomical symbolism. The reflection of contemporary perceptions of the universe in art developed dramatically during the Renaissance alongside the changing view of the universe, instigated by such thinkers as Copernicus, Kepler and Galileo. While Copernicus challenged the accepted order in his heliocentric system, Kepler further demonstrated that the ordering of the movement in the universe was in fact based on elliptical rather than perfect circular motion. Contemporary with Kepler’s writings, the work of the Baroque architect Borromini appears to have been influenced by the enormous changes in world view, cosmology and astronomy of the age. His major architectural works reflect seventeenth century scientific developments and are often based on schemes of mathematical precision. His use of the elliptical dome in preference to traditional classical and humanist precepts, such as the perfection of the circular form, appears to be related to the changing cosmological view and it seems unlikely to be a coincidence that that the predilection for elliptical domes in ecclesiastical architecture comes in at about the same time as Kepler.
博罗米尼与新天文学:椭圆圆顶
宇宙的宇宙观经常反映在艺术和建筑中,特别是与圆顶建筑有关的宇宙象征主义,这与传统观念有关,即穹苍覆盖着平坦的地球。从拜占庭教堂到文艺复兴时期圆顶建筑的复兴,圆顶的装饰本身也经常暗示天文的象征意义。在哥白尼、开普勒和伽利略等思想家的推动下,在文艺复兴时期,随着宇宙观的变化,当代对宇宙的看法在艺术中得到了戏剧性的发展。当哥白尼挑战他的日心说中公认的秩序时,开普勒进一步证明了宇宙运动的秩序实际上是基于椭圆运动而不是完美的圆周运动。与开普勒的作品同时代,巴洛克建筑师博罗米尼的作品似乎受到了当时世界观、宇宙学和天文学巨大变化的影响。他的主要建筑作品反映了17世纪的科学发展,并且经常以精确的数学方案为基础。他对椭圆圆顶的偏爱甚于传统的古典主义和人文主义的戒律,比如圆形的完美形式,这似乎与不断变化的宇宙观有关,而且似乎不太可能是巧合,教会建筑对椭圆圆顶的偏爱几乎与开普勒同时出现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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