Zakaria Djebbara

The paper examines neural dynamics during spatial transitions, finding increased theta-band power after passing through doorways, suggesting architectural boundaries influence event segmentation.

This study shows that attentional cueing effects reverse during locomotion through curved corridors, with faster responses to incongruent stimuli due to dynamic environmental and motor demands.

The paper examines affordance perception by comparing early perceptual and late motor-related ERP components in different movement contexts, finding that affordance perception shifts from automated to context-dependent over time.

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 alpha-band oscillations in specific brain regions correlate with architectural affordances, influencing sensorimotor dynamics during interaction with the environment.

The paper investigates how brain activity reflects architectural affordances by analyzing sensory and motor responses in virtual environments.