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A preliminary study on the effects of music on human brainwaves

机译:音乐对人脑电波影响的初步研究

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Music is known to have positive effects on humans, enhances learning and aids the healing process. This paper presents the outcomes of a preliminary research that investigates a subject's reaction when exposed to live violin music. An electroencephalogram machine (EEG) and a computer was used to observe and record the subject's brainwaves activities in three phases; before, during, and after listening to violin music in order to compare the subjects brainwaves reaction during this three phases/conditions. Preliminary results from this investigation indicate that while listening to a live performance of violin music, the subject's brain induced both left and right brainwaves (theta, alpha and beta brainwaves) to be balanced. The study points to a possible relationship between frequency and power emitted by live music in affecting human brainwaves, suggesting further research in this domain.
机译:众所周知,音乐对人类有积极的作用,可以促进学习,并有助于康复。本文介绍了一项初步研究的结果,该研究调查了当受试者接触现场小提琴音乐时的反应。使用脑电图机(EEG)和计算机在三个阶段观察和记录对象的脑电波活动。在听小提琴音乐之前,之中和之后,以比较受试者在这三个阶段/条件下的脑电波反应。这项调查的初步结果表明,在聆听小提琴音乐的现场表演时,受试者的大脑引起左右脑电波(θ,α和β脑电波)达到平衡。这项研究指出了现场音乐发出的频率与功率之间可能影响人脑波的可能关系,这表明在这一领域需要进一步研究。

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