Elisa Zamboni

This study investigates how the human brain processes visual symmetry (reflection and rotation) under different task conditions, finding automatic processing of symmetry and task-independent representation of spatial configurations.

This study investigates how the human visual system processes radial frequency patterns, finding global curvature processing emerges in V4 and lateral occipital regions, with stronger representation in the latter.

This study investigates adaptive visual processing in the human brain using ultra-high field imaging, revealing suppressive recurrent processing and dissociable connectivity mechanisms.

This study investigates how experience shapes perceptual decisions by examining plasticity in cortical layers using high-resolution fMRI and orientation discrimination training.