Daniel Baldauf

The paper uses tractography to show that FEF connects to dorsal visual streams and IFJ to ventral visual streams, supporting their roles in spatial and non-spatial processing.

The paper maps functional connectivity of FFA and PPA using resting-state fMRI and MEG, showing distinct networks that predict individual task performance in face and scene perception.

This study investigates how different oscillatory rhythms in cortical networks support spatiotemporal binding in vision, identifying two distinct networks for temporal and spatiotemporal integration.

This study uses fMRI meta-analysis to determine the localization and coactivation patterns of the Frontal Eye Field and Inferior Frontal Junction, revealing their functional connectivity and behavioral roles.

The paper investigates functional connectivity patterns of the frontal eye field and inferior frontal junction in dorsal and ventral visual streams using MEG data, finding distinct connectivity fingerprints aligned with their functional roles.

The paper decodes visual imagery from brain connectivity patterns, showing content-specific feature integration and top-down processing during internally generated images.

This study investigates how visuo-spatial attention affects neural tracking of quasi-rhythmic visual stimuli across different frequency bands using MEG data.