In our current efforts to understand how psychological phenomena arise from brain activity, neural oscillations have taken center stage. A wide range of findings has linked modulations of oscillatory power, phase, and frequency to various cognitive functions, such as attention, language, and memory (Wang, 2010). Exciting new research has recently focused on the developmental origins and trajectories of neural oscillations—how does the neural oscillatory landscape emerge over development (Schaworonkow & Voytek, 2021), and how do the relationships between oscillations and cognitive function in the adult brain come about?

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婴儿脑电图中的频率特异性效应不需要夹带神经振荡：对 Köster 等人的评论。(2019)

在我们目前了解心理现象如何从大脑活动中产生的努力中，神经振荡占据了中心位置。广泛的发现将振荡功率、相位和频率的调制与各种认知功能联系起来，例如注意力、语言和记忆（Wang，2010）。最近令人兴奋的新研究集中在神经振荡的发育起源和轨迹上——神经振荡景观是如何在发育过程中出现的 (Schaworonkow & Voytek, 2021)，以及成人大脑中的振荡与认知功能之间的关系是如何产生的？