Cross-frequency coupling (CFC) reflects (nonlinear) interactions between signals of different
frequencies. Evidence from both patient and healthy participant studies suggests that CFC …

Synchronous, rhythmic changes in the membrane polarization of neurons form oscillations
in local field potentials. It is hypothesized that high-frequency brain oscillations reflect local …

Simple Summary Over the past few decades, advances in electroencephalography (EEG)
recordings and brain stimulation has permitted an unprecedented view of how specific brain …

Highlights•Fundamental caveats and confounds in the methodology of assessing CFC are
discussed.•Significant CFC can be observed without any underlying physiological …

Recent studies suggest that cross-frequency coupling (CFC) might play a functional role in
neuronal computation, communication and learning. In particular, the strength of phase …

Cross-frequency coupling (CFC) has been suggested to constitute a highly flexible
mechanism for cortical information gating and processing, giving rise to conscious …

Phase synchronization of neuronal oscillations in specific frequency bands coordinates
anatomically distributed neuronal processing and communication. Typically, oscillations and …

Abstract Cross-frequency coupling (CFC), an electrophysiologically derived measure of
oscillatory coupling in the brain, is believed to play a critical role in neuronal computation …

Information processing in the brain is thought to rely on the convergence and divergence of
oscillatory behaviors of widely distributed brain areas. This information flow is captured in its …

Cross-frequency coupling (CFC) between neural oscillations has received increased
attention over the last decade, as it is believed to underlie a number of cognitive operations …