Abstract：
We review processes by which different sounds, such as meditation music, mantra, kindness, or hatred expressions, and noises induce responses from cells and their components. We define \'good\' or \'bad\' sounds as those enhancing or inhibiting the cell\'s biological activity, respectively. It is highlighted that the cellular dynamics results in a coherent organization with the formation of ordered patterns due to long-range correlations among the system constituents. Due to coherence, in the framework of quantum field theory, extended domains become independent of quantum fluctuations. Non-dissipative energy transfer on macromolecule chains is briefly discussed. Observed fractal features are analyzed by the fast Fourier transform and a linear relationship between logarithms of conjugate variables is observed. The fractal relation to the generation of forms (morphogenesis) and to the transition from form to form (metamorphosis) is commented. The review is also motivated by the suggestions coming from the cells\' responses, which show their ability to move from the syntactic level of the sound component frequencies to the semantic level of their collective envelope. The process by which sounds are selected to be good or bad sounds sheds some light on the problem of the construction of languages.
摘要：
我们回顾不同声音的过程，比如冥想音乐，咒语,仁慈,或仇恨表达，噪音会引起细胞及其成分的反应。我们定义\'好\'或\'坏\'声音增强或抑制细胞的生物活性，分别。强调的是，由于系统成分之间的长期相关性，细胞动力学导致连贯的组织，并形成有序的模式。由于连贯性,在量子场论的框架内，扩展域变得独立于量子涨落。简要讨论了大分子链上的非耗散能量转移。通过快速傅里叶变换分析观察到的分形特征，并观察到共轭变量的对数之间的线性关系。评论了与形式的产生（形态发生）和从形式到形式的过渡（变态）的分形关系。审查还受到来自细胞响应的建议的推动，显示了他们从声音分量频率的句法水平移动到其集体包络的语义水平的能力。声音被选择为好或坏声音的过程为语言结构的问题提供了一些启示。
