Emily Rose Rosario

The paper identifies the superior parietal lobule as a substrate for physical world modeling by showing neurons that predict physical events and encode intended hand actions.

This study investigates how human motor and parietal cortex encode actions during intention and observation, finding context-dependent encoding in parietal cortex and intention-specific encoding in motor cortex.

CALM-VLM improves confidence and reliability in brain MRI classification by calibrating vision-language models and enabling selective prediction.

The paper shows that motor representations remain stable after paralysis, enabling brain-computer interfaces to restore motor functions using preserved neural patterns.

The paper investigates how neural responses to observed and felt sensations are mediated by shared compositional building blocks rather than mirror neurons.

The paper shows that action verbs and observed actions share a neural substrate in human posterior parietal cortex, with invariant and idiosyncratic responses across views.