Antonino Raffone

This study uses EEG Granger causality to compare directed brain connectivity during three meditation types, finding distinct patterns in information flow between meditation states and rest.

This study uses EEG Granger causality to show that long-term meditation increases directed connectivity from posterior to frontal regions and between hemispheres, involving theta, alpha, and beta bands.

This study examines how different meditation states and traits affect neural mechanisms of pain processing, finding state- and trait-dependent changes in cognitive/affective pain mechanisms.

This study examines how meditation affects neural oscillations, complexity, and critical dynamics using MEG in expert monks, finding increased complexity and reduced gamma-band long-range correlations during meditation.

This study predicts meditation expertise and age from functional MRI connectivity patterns in long-term meditators, showing distinct effects of expertise and age on brain networks.