Alpha-frequency band (8–14 Hz) oscillations are among the most salient phenomena in
human electroencephalography (EEG) recordings and yet their functional roles have …

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

This study aims to resolve a paradox. Experiments measuring alpha band power report an
event related decrease (desynchronization) in alpha activity, whereas those measuring …

Oscillatory synchrony could be used to establish dynamic links between the various cortical
areas participating in the same cognitive process. Is it possible to detect oscillatory …

In this study non-linear and linear global electroencephalogram (EEG) changes during a
visual working memory task were studied using a separate analysis of theta, lower alpha …

Abstract Gamma‐band activity (30–90 Hz) and the synchronization of neural activity in the
gamma‐frequency range have been observed in different cortical and subcortical structures …

Recent findings indicate that phase-amplitude coupling between neuronal oscillations in the
theta-(3–6 Hz) and the gamma-band (30–100 Hz) plays a functional role in memory …

Neural oscillations are important for memory formation in the brain. The desynchronization
of alpha (10 Hz) oscillations in the neocortex has been shown to predict successful memory …

Although alpha activity (10 Hz) is by far the strongest signal produced by the human brain, it
has for decades been considered to reflect rest or idling. However, recent studies have …

Prior studies, mostly using intentional learning, suggest that power increases in theta and
gamma oscillations and power decreases in alpha and beta oscillations are positively …