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Pythagorean Pipe Dreams? Vincenzo Galilei,Marin Mersenne, and the Pneumatic Mysteries of the Pipe Organ

机译:毕达哥拉斯管梦? Vincenzo Galilei,Marin Mersenne和管风琴的气动奥秘

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The pipe organ presented early modern science with a pneumatic black boxrnof suggestive dimensions: while producing musical pitches and intervalsrnthat corresponded with those of an acoustic device like the monochord, piperndimensions approached, but yet confounded clear association with thernbehavior of strings. Nevertheless, investigators like Vincenzo Galileirn(c.1520–1591) and Marin Mersenne (1588–1648) continued to relyrnconceptually upon the monochord and the traditional ratios associated withrnit in their attempts to discipline the complex variables attending the acousticrnproperties of pipes. Thus, while certain conventions of historiographyrnassociate Vincenzo and Mersenne with a “disenchantment” of Pythagoreanrntraditions that ostensibly retarded the development of an early modern physicomathematics,rntheir ratios of pipe scaling reveal instead a robust and evolvingrncontribution of Pythagoreanism to mathematical reading of the Bookrnof Nature.
机译:管风琴以一种气动的黑色Boxrnof提出了早期的科学提示尺寸:在产生与单弦等声学设备相对应的音高和音高时,虽然达到了吹管尺寸,但与弦的行为显然联系不清。尽管如此,诸如Vincenzo Galileirn(c.1520–1591)和Marin Mersenne(1588–1648)之类的研究人员仍在概念上继续依赖单弦和与之相关的传统比率,以试图管控伴随声学特性的复杂变量。因此,尽管某些史学惯例将文森佐和梅森与毕达哥拉斯传统的“解体”联系在一起,表面上阻碍了早期现代物理数学的发展,但它们的管道结垢比例却揭示了毕达哥拉斯主义对自然对布诺主义的理解的强大而不断发展的贡献。

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  • 来源
    《Perspectives on science》 |2018年第1期|1-51|共51页
  • 作者

    Brandon Konoval;

  • 作者单位

    The University of British Columbia;

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  • 正文语种 eng
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  • 入库时间 2022-08-18 02:24:01

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