Manuela Piazza A

The paper shows newborns have an abstract number code through cross-modal and cross-format neural adaptation using EEG.

The paper investigates how the brain processes pure logic by comparing neural activity during logic, language, and arithmetic tasks, finding distinct brain circuits for logic.

This study uses MEG and fMRI to show that numerosity is encoded rapidly in the brain, with early linear and later curved representations reflecting different coding schemes.

The paper investigates the left-to-right bias in spatial numerical associations using implicit tasks with dot patterns and symbolic numbers in Western adults, finding asymmetric associations with non-symbolic stimuli.

The paper investigates how numerosity is represented in the brain using fMRI, finding distinct neural geometries in different cortical regions.

This study investigates magnitude integration between time and numerosity using EEG, finding a shared perceptual processing stage where both dimensions interact.

This study investigates whether excessive visual crowding effects are present in developmental dyscalculia (DD) and whether they are independent of other developmental deficits.

The paper investigates how the brain represents abstract semantic spaces using spatial coding mechanisms similar to those used in physical navigation.

The paper shows that numerosity is processed independently of other dimensions in the dorsal visual stream and is amplified by attention.

The paper examines how well fMRI activity patterns in human intra-parietal cortex can decode numerosity and relates this to individual differences in numerical discrimination ability.

This study shows dyscalculics show asymmetrical interference between number and item size perception, suggesting a domain-specific impairment rather than a general inhibition deficit.

The paper shows that newborns have a cortical network for face processing that is active at birth, overlapping with the adult face-processing circuit.