Michael Vesia

The paper shows cerebellar, parietal, and frontal cortex have distinct causal roles in maintaining cortical population codes for working memory through TMS and fMRI.

This study shows that stimulating the dorsolateral prefrontal cortex improves motor function in Parkinson's disease, particularly under cognitive load, by altering functional connectivity in the somato-cognitive action network.

This study uses TMS to show that superior occipital TMS impairs both egocentric and allocentric reaches, while inferior occipital TMS only affects allocentric performance, supporting a dorsal-ventral stream dissociation in memory-guided reaching.

The paper shows that spatial recall shifts to counteract accumulated attentional errors during a task combining perceptual discrimination and spatial working memory.

The paper extracts and represents TMS-derived brain connectivity data in a graph database to explore interregional communication and temporal aspects of brain networks.

This study shows that reversed visual feedback during unimanual training reduces somatosensory cortical excitability, which may enhance motor performance through sensory gating.

This study shows that observing motor learning in a force field increases corticospinal excitability, as measured by MEP amplitudes, compared to observing unlearnable movements.