遗传密码新技术——生物大分子到音乐的转换及实现及其机制

New Gene Sequence Technology—the Conversion and Realization of Biological Macromolecules to Music

科学家发现,多种生物大分子的序列的随机性与音乐有着明显的相似性。于是科学家尝试着为DNA序列以及蛋白质序列定义与音乐的转换规则,并且能够通过变换转换的规则,实现多种多样的音乐风格。生物大分子到数字音乐的转换是一种艺术与生物科学的跨学科融合,它具有一定的创造性,给生物学的研究带来的丰富的乐趣以及新的思路,同时创造了独一无二的"大自然"的音乐。目前已有正在进行的研究,通过分析现有的材质结构,设计转换规则将它翻译成音乐,并通过研究、修改音乐片段从而制作出新结构的材质,使该材质具有独特的性质。本文设计了一种DNA与蛋白质分别翻译成数字音乐的规则,并通过学习数字音乐的语法和规则编码实现生物大分子到数字音乐的转换,同时介绍了该技术的发展前景。

Scientists have discovered variety of biological macromolecules and the randomness of their sequence is similar with music. So scientists try to define a rule to convert DNA sequences and protein sequences to music.Furthermore, they try to achieve a variety of musical styles by changing the conversion rules. Conversion of biological macromolecules to music is an interdisciplinary combination which is very creative. It brings lots of fun and new ideas to the research of biology and creating a unique 'nature'music. Through an abstraction of knowledge from the known materials, a recent research has translated it into music, and design new materials by changing the music. This paper describes a method of converting biological macromolecules into digital music,and coding to achieve the goal of converting biological macromolecules into digital music, by learning the syntax and rules of digital music. This article also introduced the prospect of this new technology.