Noppeney Uta, Pesci Ugo Giulio, Schoffelen Jan-Mathijs
Radboud University, Nijmegen, The Netherlands.
Sapienza University, Rome, Italy.
J Cogn Neurosci. 2024 Apr 1;36(4):730-733. doi: 10.1162/jocn_a_02112.
The papers collected in this Special Focus, prompted by S. Buergers and U. Noppeney [The role of alpha oscillations in temporal binding within and across the senses. Nature Human Behaviour, 6, 732-742, 2022], have raised several interesting ideas, arguments, and empirical results relating to the alpha temporal resolution hypothesis. Here we briefly respond to these, and in the process emphasize four challenges for future research: defining the scope and limitation of the hypothesis; developing experimental paradigms and study designs that rigorously test its tenets; decomposing the scalp-level signal and isolating underlying neural circuits; and bringing uniformity to the current diversity of analysis and statistical methods. Addressing these challenges will facilitate the progression from merely correlating alpha frequency with various perceptual phenomena to establishing whether and (if so) how alpha frequency influences sensory integration and segregation.
在S. 伯格尔斯和U. 诺彭尼(《α振荡在跨感觉和感觉内时间绑定中的作用》。《自然·人类行为》,6,732 - 742,2022年)的推动下,本专题聚焦中收集的论文提出了一些与α时间分辨率假说相关的有趣观点、论据和实证结果。在此,我们简要回应这些内容,并在此过程中强调未来研究面临的四个挑战:界定该假说的范围和局限性;开发严格检验其原理的实验范式和研究设计;分解头皮水平信号并分离潜在神经回路;以及使当前多样的分析和统计方法趋于统一。应对这些挑战将有助于从仅仅将α频率与各种感知现象进行关联,推进到确定α频率是否以及(如果是)如何影响感觉整合和分离。