A critical issue for understanding language processing in the brain is whether linguistic rule application is subserved by a distinct neural substrate. Previous evidence based on electroencephalographic measurements is indirect because studies focus on neural changes after rule violation, which may reflect processes caused by the violation such as error handling. Here we show that correct rule-governed formations are associated with left frontal negative-going activity, providing direct evidence for rule application in the brain
Functional neuroirnaging, within 10 years, has produced evidence which leads us to question a number...
Rapid and automatic processing of grammatical complexity is argued to take place during speech compr...
Neurocognitive models of language comprehension have proposed different mechanisms with different ne...
AbstractA critical issue for understanding language processing in the brain is whether linguistic ru...
A major objective of cognitive neuroscience is to identify those neurocomputational processes that m...
This study investigates functional interpretations of left anterior negativities (LANs), a language-...
Contains fulltext : 43346.pdf (publisher's version ) (Open Access)This study inves...
Linguistic expressions consist of word sequences organized into hierarchies of nested phrases. Accor...
This study used behavioral measures and ERP difference waves to measure the underlying brain process...
Recent work has combined cognitive neuroscience and control theory to make predictions about cogniti...
Selective deficits in producing verbs relative to nouns in speech are well documented in neuropsycho...
Mapping language functions in the brain is of profound theoretical and clinical interest. The aim of...
Dual system models postulate two distinct neural mechanisms for the processing of inflected words: i...
The brain has been shown to honor the fundamental linguistic difference between semantic and syntact...
Neurocognitive models of language comprehension have proposed different mechanisms with different ne...
Functional neuroirnaging, within 10 years, has produced evidence which leads us to question a number...
Rapid and automatic processing of grammatical complexity is argued to take place during speech compr...
Neurocognitive models of language comprehension have proposed different mechanisms with different ne...
AbstractA critical issue for understanding language processing in the brain is whether linguistic ru...
A major objective of cognitive neuroscience is to identify those neurocomputational processes that m...
This study investigates functional interpretations of left anterior negativities (LANs), a language-...
Contains fulltext : 43346.pdf (publisher's version ) (Open Access)This study inves...
Linguistic expressions consist of word sequences organized into hierarchies of nested phrases. Accor...
This study used behavioral measures and ERP difference waves to measure the underlying brain process...
Recent work has combined cognitive neuroscience and control theory to make predictions about cogniti...
Selective deficits in producing verbs relative to nouns in speech are well documented in neuropsycho...
Mapping language functions in the brain is of profound theoretical and clinical interest. The aim of...
Dual system models postulate two distinct neural mechanisms for the processing of inflected words: i...
The brain has been shown to honor the fundamental linguistic difference between semantic and syntact...
Neurocognitive models of language comprehension have proposed different mechanisms with different ne...
Functional neuroirnaging, within 10 years, has produced evidence which leads us to question a number...
Rapid and automatic processing of grammatical complexity is argued to take place during speech compr...
Neurocognitive models of language comprehension have proposed different mechanisms with different ne...