The human occipital cortex is robustly repurposed for non-visual cognition after blindness, yet it remains unknown whether this functional reassignment is accompanied by a fundamental retuning of its intrinsic neural dynamics. Here, we recorded the electroencephalographic (EEG) responses to transcranial magnetic stimul...
G. Hassan, I. De Cuntis, Gianluca Gaglioti et al.· bioRxiv· 0 citations
Focal brain lesions are thought to induce sleep-like slow-wave activity in perilesional cortex through altered excitation-inhibition balance and structural disconnection, but whether these dynamics extend to remote yet structurally intact regions remain unclear. Here we combined source-reconstructed high-density EEG (1...
Ilaria Mazzonetto, Miriam Celli, L. Pini et al.· bioRxiv· 0 citations
A non-invasive framework based on generative whole-brain models of non-equilibrium brain dynamics reveals a robust empirical link between PCI and non-equilibrium dynamics in spontaneous brain signals, suggesting that non-equilibrium dynamics capture an important aspect of perturbational complexity.
T. Berjaga-Buisan, J. Monti, Martina Cortada et al.· Cell Reports· 1 citation
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