Melisa Menceloğlu

The paper investigates spontaneous anterior-posterior oscillation-frequency convergences in the alpha band during rest with eyes open or closed, revealing three key characteristics of these convergences.

The paper identifies an anterior-posterior network that controls global phase modularity in EEG data across different behavioral conditions and frequency ranges.

The paper examines spatiotemporal dynamics of EEG spectral power, identifying small-scale and large-scale synchronization and desynchronization patterns across different frequency bands.

The paper models neural synchronization dynamics using a probabilistic framework, finding that entropy-maximizing adjustments of synchronization probability control large-scale neural oscillations across multiple conditions.

The paper analyzes EEG spatiotemporal dynamics by extracting state-trajectory instability and speed to identify global rules governing intrinsic neural dynamics.

The paper examines cross-frequency dynamics in EEG data, revealing distinct patterns of spectral-power associations on sub-second and seconds timescales, with implications for local and long-distance neural interactions.

The paper investigates the neural, functional, and aesthetic effects of spatially heterogeneous flicker, finding that it reduces posterior EEG beta power and is linked to aesthetic responses.