Martin Seeber

This study investigates hippocampal theta oscillations during real-world and imagined navigation, showing similar neural patterns and using a computational model to reconstruct imagined positions.

This study examines EEG microstate dynamics during propofol-induced loss of consciousness, finding a U-shaped change in sequence complexity linked to altered states of consciousness.

The paper investigates inter-regional brain interactions during episodic memory recall using EEG and finds distinct phase-amplitude coupling and synchronization patterns in specific brain networks.

The paper investigates zero-lag synchronization between distant brain regions using EEG source analyses and shows it occurs in brief epochs, suggesting functional convergence of neuronal populations.

This study shows that anti-phase tACS between V1 and V5 improves motion discrimination by altering phase-amplitude coupling in the alpha band.

This study decomposes EEG microstates into specific frequency bands and finds that spectral-specific analyses provide better behavioral state prediction than broadband methods.

The paper uses white matter structural connectivity to improve EEG functional connectivity by smoothing signals in a graph space derived from structural data, increasing resemblance to fMRI connectivity.