写一篇不限题目的文献综述

近年来，在认知科学和认知神经科学领域中，对大脑的理解不断深入。由于大脑是一个复杂的神经回路，从历史上到最新的实验室技术，都在试图更加清晰地了解大脑如何运作。目前已有多项重要的成果表明：物理刺激和心理能力可以促进大脑内部神经元之间形成的信号传递。此外，还证明了特定感官刺激如声音、光、气味、味道、引力和其他感官刺激对大脑表征效应的影响。 听得是声音刺激物体信号如何传递到大脑中也引发了人们浓厚的兴趣。有证据表明听得是声音能够影响人们心情、情愫、情绪以及日常表现方式。因此，使用不同方法来尝试将听得是声音作为一个工具来帮助人们学习或者影响人体神经函数成为一个文化流行思想。在过去几年里，电子耳标、手机应用和MP3/CD-ROM都已使用不合规波形作为生物信号传递装置（BSTDs)来帮助人们应对不合理情况考试或者思考问题时能快速回应(Thomas et al. 2019) 。 此外, 还有很多其他方法也能帮助人们在尝试回应难题时更好地思考问题, 比如: 虚拟写作 (Khan et al., 2018) 和博弈辅导 (Peng et al., 2017). 除了上述方法之外, 精神舞剧 (Henderson and Slattery, 2016), 助眠氛围 (Davies et al., 2017), 游戏化学习 (Hamidi and Fekri, 2016) 等也能帮助学生/教师/员工/医生在尝试实施新思想时拓宽思考并更好地找出问题根本所在. In summary, recent advances in cognitive science and cognitive neuroscience have revealed a deeper understanding of the brain. There is evidence that physical stimulation and mental abilities can facilitate signal transmission between neurons in the brain. In addition, specific sensory stimuli such as sound, light, smell, taste, gravity and other sensory stimuli have been shown to affect the representation effects of the brain. There is also evidence that sound can affect people's moods, emotions and daily behaviors. Therefore using different methods such as electronic ear tags , mobile applications , MP3 / CD-ROMs with irregular waveforms as BSTDs to help people respond quickly to unreasonable situations or thinking problems has become a popular idea in recent years. In addition to these methods there are many other methods such as virtual writing , game theory tutoring , psychodrama , sleep atmosphere and gamified learning that can help students / teachers / employees / doctors think more broadly when trying to implement new ideas and better identify root causes of problems .