Andreas Bartels

The paper predicts color perception across human brains using spatial coding patterns, finding area-specific and shared retinotopic color biases.

The paper studies how mouse V1 neurons respond to the illusory 'darker than black' neon color spreading illusion, finding that a majority of neurons respond with direction tuning and phase shifts, indicating V1 involvement in illusory brightness processing.

The paper uses 9.4T fMRI to study motion signal integration in human V3A and V6+ areas across cortical depth, finding differential laminar processing for retinal and objective motion.

The paper uses TMS to disrupt short-term memory in premotor cortex and finds it reduces serial dependence in visuomotor tasks, suggesting a role for premotor areas in maintaining trial-specific information.

This study investigates how face and body identity are encoded in the brain, finding that both are represented abstractly across multiple regions and that attention enhances identity decoding.

This study investigates whether tACS-induced SSR modulation affects conscious perception in binocular rivalry and CFS, finding no significant effects.

The paper examines speed tuning in human motion processing regions for real and retinal motion, finding similar responses across regions with V3A uniquely encoding objective motion.

The paper examines how motion-responsive brain regions are modulated by scene content and finds that content affects motion responses in multiple regions, including V3A, V6, V5+/MT+, and CSv.

The paper investigates how motion responses in scene-responsive brain regions are encoded in eye- or world-centered reference frames during visual pursuit.