Benjamin Lipkin

The paper identifies 17 language-selective brain areas outside the core fronto-temporal network using fMRI data from 772 participants, showing they respond to both auditory and written language and are distinct from general task demands.

The paper uses fMRI to show that language network lateralization is adult-like by age 4, despite continued development of other language network features.

This study identifies four cerebellar regions involved in language processing using fMRI, with one region showing selectivity for language and functional connections to the neocortical language system.

The paper uses fMRI to show that language processing involves a distributed network sensitive to both structure and meaning, challenging theories of distinct brain areas for each.

The paper identifies language-responsive neural channels in individual participants using MEG, showing spatial stability within individuals but variability across individuals, leading to greater sensitivity in analyses.

The paper shows that auditory cortex organization is preserved in individuals missing one temporal lobe, indicating hemispheric redundancy.

The paper examines the relationship between language processing and theory of mind (ToM) using fMRI, finding that language network responses to ToM tasks are largely due to linguistic confounds rather than neural overlap.

The paper introduces a probabilistic atlas for the language network using fMRI data from 806 individuals to bridge gaps between group-level and individual-level language research.

This study investigates how glioma-infiltrated cortex participates in speech processing by comparing neural activity with normal-appearing cortex using electrocorticography.