William Matchin

This study uses fMRI to compare brain activation patterns for two syntactic violations, finding distinct neural responses for phrase structure and subject island violations.

This study investigates the neural separation of verbal working memory and syntactic comprehension, finding distinct brain networks associated with each function.

The paper uses connectome-based lesion-symptom mapping to investigate word and sentence comprehension deficits in stroke patients, finding that middle-posterior temporal lobe regions, not double disconnection, are primarily responsible.

This study uses lesion-symptom mapping to identify functional differentiation in language network regions by analyzing aphasia patients with left hemisphere stroke damage.

This study uses lesion-symptom mapping to show a double dissociation between agrammatism and paragrammatism, linking them to distinct brain regions.

The paper uses fMRI to investigate functional differences between Broca's area and the posterior temporal lobe in syntactic production and comprehension.