Marco Tettamanti

The paper maps cognitive function involvement in the human corpus callosum using structural connectivity and Neurosynth meta-analyses to identify domain-specific regions.

This study investigates how novel words activate semantic processing in the brain, finding that words with identifiable morphemes activate similar neural patterns as existing words.

This study investigates neurocognitive deficits in dyslexia using multimodal MRI and behavioural assessments, finding that combining data improves classification accuracy compared to single-modality approaches.

This fMRI study shows that subliminal words about manipulable objects and emotions activate corresponding conceptual-semantic brain networks even without conscious awareness.

This study uses fMRI and Continuous Flash Suppression to show that the brain activates visuo-motor action representation systems for manipulable objects even when they are not consciously perceived.