Bart Krekelberg

This study shows that α-tACS over VLPFC modulates pupil responses and corticostriatal connectivity during reward processing.

This study predicts spiking activity from scalp EEG by analyzing spectrotemporal features, showing that combining phase, amplitude, and coupling improves predictions compared to single features.

EFMouse models electric fields in the mouse brain during stimulation, enabling design and analysis of tES experiments with in-vivo validation.

The paper identifies brain networks involved in visual shape completion using fMRI and shows that the secondary visual network is central, coordinated by the dorsal attention network.

This study shows that tACS at 10 Hz reduces BOLD adaptation in the human motion area and increases functional connectivity with the dorsal attention network.

The paper shows that primary visual cortex (V1) contains an intrinsic eye tracker that signals gaze direction during both fixation and eye movements, even when the decoder was not trained on those movements.