The human brain has the capacity to automatically compute the grammatical relations of words in sentences, be they spoken or written. This species-specific ability for syntax lies at the core of our capacity for language and is primarily subserved by …
The human capacity for language is rooted in our ability to combine lexical items into hierarchically structured phrases and sentences, a cognitive process primarily subserved by a left-hemispheric network consisting of posterior inferior frontal …
Sentences are not just mere strings of words or signs but manifest a complex internal structure. Linguistic research has demonstrated that sign languages and spoken languages both exhibit hierarchical constituent structure which determines how …
The lateralization of language to the left hemisphere of the human brain constitutes one of the classic examples of asymmetry in biology. At the same time, it is also commonly understood that damage to the left hemisphere does not lead to a complete …
Background
The ability to combine individual lexical items into phrases and sentences is at the core of the human capacity for language (Friederici et al., 2017). Linguistic research indicates that the world’s sign languages exhibit complex …
Background
The ability to combine individual lexical items into phrases and sentences is at the core of the human capacity for language (Friederici et al., 2017). Linguistic research indicates that the world’s sign languages exhibit complex …
The neuroscience of language uses experimental methodologies from cognitive science and neuroscience to investigate the neurobiological basis of linguistic phenomena in the human brain. In this chapter, we review neuroanatomical evidence for the …