Rufin Vogels

The paper dissociates cortical selectivity for body movements and shapes using optical flow analysis and fMRI, showing motion cues are distinct from shape cues in specific brain regions.

The paper investigates how macaque superior temporal sulcus neurons integrate head and body orientations, finding stronger integration for upright bodies.

The paper investigates theta activity in response to body images, finding a species-specific neural response to human bodies.

The paper develops a pipeline for realistic 3D macaque body animation using multi-camera markerless motion capture, showing high accuracy and perceptual similarity to real videos.

The paper tests predictive coding models by examining ERP responses to probabilistic cues and finds no evidence of expectation suppression or surprise effects, but observes repetition effects.

This study identifies a brain network specific to human body perception using fMRI and ICA analysis, showing species selectivity in key regions.

This study investigates how stimulus size and orientation affect face decoding in monkey face-selective cortex, finding that responses are more tolerant to size changes than orientation changes.