Different cortical dynamics of alpha oscillations (8–13 Hz) have been associated with
increased working memory load, which have been mostly interpreted as a neural correlate …

The functions of human alpha oscillations (∼ 10 Hz) were related to cognitive processes
such as memory and top‐down control. Recent models suggest that alpha phase serves as …

Resting state neuronal activity in EEG/MEG recordings is primarily characterized by the
presence of alpha oscillations (approx. 8–12 Hz). However, their functional significance and …

Although previous studies have reported correlations between alpha oscillations and the
“retention” subprocess of working memory (WM), causal evidence has been limited in …

The role of oscillatory alpha activity (8–13 Hz) in cognitive processing remains an open
question. It has been debated whether alpha activity plays a direct role in the neuronal …

Previous, albeit correlative, findings have shown that the neural mechanisms underlying
working memory critically require cross-structural and cross-frequency coupling …

Oscillatory activity in the alpha and gamma bands is considered key in shaping functional
brain architecture. Power increases in the high-frequency gamma band are typically …

Introduction Brain processes of working memory involve oscillatory activities at multiple
frequencies in local and long‐range neural networks. The current study addressed the …

Oscillatory activity in the human brain is dominated by posterior alpha oscillations (8–14 Hz),
which have been shown to be functionally relevant in a wide variety of cognitive tasks …

Alpha-frequency band oscillations have been shown to be one of the most prominent
aspects of neuronal ongoing oscillatory activity, as reflected by electroencephalography …