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Musical Chemistry: Integrating Chemistry and Music: A Nine-Part Series on Generating Music from Chemical Processes

机译:音乐化学:化学与音乐的整合:关于从化学过程中产生音乐的九部分系列

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摘要

We live in a world that is not only tantalizingly beautiful, it is also filled with spine-tingling mysteries, pleasant surprises, and mind-boggling intrigues. Human nature includes curiosity and the impulse to understand the world around us: experts use the tools of their fields to explore the natural world. For example, chemists investigate the world in terms of atoms, molecules, and chemical reactions. One (perhaps surprising) aspect of the natural world is that each and every process in nature—chemical or otherwise—produces some kind of sound, whether audible (20 Hz-20 kHz) or nonaudible (<0 Hz and >20 kHz), characteristic of that process. Those sounds, I believe, are the music that is the universal language of the natural world. Music and chemistry—being integral parts of the natural world—have shared commonalities: they both use fundamental units as building blocks (chemical elements in chemistry and musical notes in music); they both have time dimensions that are meaningful; and both find expression in the language of mathematics.
机译:我们生活在一个不仅美丽诱人的世界中,而且还充满了刺痛的谜团,令人惊喜的惊喜和令人难以置信的阴谋。人性包括好奇心和了解我们周围世界的冲动:专家使用其领域的工具来探索自然世界。例如,化学家根据原子,分子和化学反应来研究世界。自然世界的一个方面(也许令人惊讶)是自然界中的每个过程(无论是化学过程还是其他过程)都会发出某种声音,无论是可听见的(20 Hz-20 kHz)还是听不到的(<0 Hz和> 20 kHz),该过程的特征。我相信这些声音是自然世界的通用语言。音乐和化学作为自然世界的组成部分,具有共同的共同点:它们都以基本单位为基础(化学中的化学元素和音乐中的音符);它们都有有意义的时间维度;两者都可以用数学语言表达。

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