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Binaural Beat Entrainment Effect on Prefrontal and Parietal Brain EEG in Theta Frequency

机译:θ频率前额叶和顶脑脑电图的双耳击败夹带效果

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In this age of distraction, achieving focus is a very difficult task. Yet focus in an important prerequisite before we begin any learning process. When brain focuses, brain changes its state from beta dominant frequency state to theta dominant frequency state. One can achieve focus state by practicing meditation. However, meditation training takes a lot of time and effort. Mindec developed Teknologi Minda Pintar binaural beat audiophone to help one's brain achieving theta state quicker. In this paper, we showed how effective the brainwave changes from twenty five subjects under 30 minutes exposure to Teknologi Minda Pintar audiophone. Brain EEG analysis is focused on parietal and prefrontal cortex which are vital in learning process. We employed Event Related Synchronization (ERS) method to get the index of the brainwave response to the binaural beat stimuli. The results showed that brainwave frequency shifted toward the Theta state, with the most statistically significant entrainment detected on lead Pz.
机译:在这个分心的时代,实现重点是一项非常艰巨的任务。在我们开始任何学习过程之前,但重点关注一个重要的先决条件。当大脑焦点时,大脑将其从β主频率状态变为θ主导频率状态。可以通过练习冥想来实现重点状态。但是,冥想培训需要花费大量的时间和精力。 Mindec开发了Teknologi Minda Pintar双耳击败Audiophone,以帮助一个人的大脑更快地实现θ状态。在本文中,我们展示了在30分钟内暴露于Teknologi Minda PintoOphone的二十五个受试者的脑波变化的效果。脑EEG分析专注于顶叶和前额叶皮质,这对学习过程至关重要。我们采用了事件相关同步(ERS)方法来获得对双耳击败刺激的脑波响应的索引。结果表明,脑波频率朝向θ状态移动,在引线PZ上检测到最统计学上显着的夹带。

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