Filippo Cerpelloni

The paper compares computational models' processing of visual Braille with human neural data, finding that feedforward models fail to replicate human expertise in visual Braille processing.

The paper shows that hMT+/V5 and fronto-parietal regions encode visual and tactile motion directions using a common external frame of reference, independent of body posture.

This study investigates how the brain represents numerical information across different senses and formats using fMRI, finding consistent encoding in specific brain regions and a shift in representation factors along the intraparietal sulcus.

This study identifies brain regions encoding both auditory and visual speech using fMRI, showing that the VWFA and lSTS represent phonological information from both modalities, with distinct alignment patterns.

This study investigates how the brain processes visual Braille by comparing expert and naive readers, finding that linguistic content, not visual features, drives orthographic decoding in an extended reading network.