The mechanisms underlying transient brain rhythms and weekly stable synchronization of distant brain areas and their link with neural activity is still a matter of debate. Here, the authors use a brain network model to study spatio-temporal synchronization dynamics of brain regions and find that there is an optimal regime where spatially and spectrally resolved metastable oscillatory modes, similar to human magnetoencephalography data, emerge.
- Joana Cabral
- Francesca Castaldo
- Gustavo Deco
