Producing original and arranging existing musical outcomes is an art that takes years of learning and practice to master. Yet, despite the constant advances in the field of AI-powered musical creativity, production of quality musical outcomes remains a prerogative of the humans. Here we demonstrate that a single bubble in water can be used to produce creative musical outcomes, when it nonlinearly oscillates under an acoustic pressure signal that encodes a piece of classical music. The audio signal of the response of the bubble resembles an electric guitar version of the original composition. We suggest, and provide plausible theoretical supporting arguments, that this property of the bubble can be used to create physics-inspired AI systems capable of simulating human creativity in arrangement and composition of music.

翻译：创作原创音乐作品及对现有音乐成果进行编排是一门需要多年学习与实践才能掌握的艺术。然而，尽管人工智能驱动的音乐创造力领域持续进步，高质量音乐成果的产出仍为人类所独有。本文证明，当单个水中的气泡在编码有古典音乐片段的声压信号作用下发生非线性振荡时，可被用于产生具有创造性的音乐成果。气泡响应生成的音频信号与原始作品的电吉他版本相似。我们提出并提供了合理的理论支持论据，表明气泡的这一特性可用于构建受物理启发的人工智能系统，该系统能够模拟人类在音乐编排与创作中的创造力。