Cymatics的使用:改变加纳学校音乐教学的面貌

Ernest Francis Amparbin, Eric Debrah-Otchere
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引用次数: 0

摘要

在功能上,音乐和科学为人类提供了许多共同之处,而且在很大程度上是不可分割的。然而,很少有人关注音乐教育者在音乐学习的教学方法中对音乐和科学的互补性的探索。因此,本文的重点是利用音乐科学,通过Cymatics发起音乐教育的创新。使用实验方法和Cymatic设置,从基于三种音乐类型的二十首歌曲中选择了三种主要的加纳音乐类型和随机化和五首歌曲,以产生由频率和振幅诱导的Cymatic数字。据观察,加纳三种音乐类型创造的人物有一些相似之处,但它们作为一个品牌独特地脱颖而出。研究还发现,旋律比和声歌曲产生更多的数字。可消耗的声级(20至20000赫兹)被发现可以产生清晰的数字,供其他企业使用。该研究建议,音乐教育者应该记录并使用产生的频率和振幅进行复制,以帮助教学和学习过程中的理解。关键词:Cymatics,音乐教学,科学,音乐教育
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Use of Cymatics: Changing Face of Music Teaching and Learning in Ghanaian Schools
Functionally, Music and Science have a lot in common to offer humanity and are largely inseparable. However, very little attention is paid to an exploration that would expose music educators to the complementarity of music and science in their pedagogical approaches to music learning. The paper, therefore, focuses on the use of science in music to initiate innovation in music education through Cymatics. Using the experimental approach and Cymatic setup, the three main Ghanaian musical types and randomisation and five songs were selected from a collection of twenty songs based on the three musical types to generate cymatic figures which were induced by frequencies and amplitudes. It was observed that the figures created from the three Ghanaian musical types possessed some similarities, yet they uniquely stood out as a brand. It was also detected that melodies produced more figures than harmonised songs. The consumable sound levels (20 to 20000 Hz) were found to produce legible figures for use in other ventures. The study recommends that Music educators should record and use the generated frequencies and amplitudes for replication to aid comprehension in the teaching and learning process. Keywords: Cymatics, music teaching, science and music education
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