Anna Wunderlich

Open-source MATLAB pipeline (EEGLAB, fieldtrip) that synchronizes mobile EEG with motion and eye-tracking data, extracts gait, blink and heartbeat events, and clusters independent components per region of interest.

This study shows that using landmark-based navigation instructions improves incidental spatial learning in real-life environments compared to standard instructions.

This study shows that adding landmarks to navigation instructions improves spatial knowledge acquisition even with delays and varying detail levels.

The paper shows that mobile EEG can capture brain activity related to real-world navigation by extracting saccade- and blink-related potentials and gait activity, even in complex environments.

This study shows that highlighting landmarks in navigation instructions enhances long-term spatial memory and EEG correlates of recollection.