Three logically and empirically independent issues are often conflated in theory and re-search on brain and language: localization, innateness, and domain specificity. Research on adults and infants with focal brain injury support the following conclusions: (a) linguistic knowledge is not innate, and it is not localized in a clear and compact form in either the in-fant or adult brain; (b) the infant brain is not, however, a tabala rasa —it is already highly differentiated at birth, and certain regions are biased from the beginning toward modes of information processing that are particularly useful for language, leading (in the absence of local injury) to the standard form of brain organization for language; (c) the processing bi-ases that l...
This volume highlights new avenues of research in the language sciences, and particularly, in the ne...
The initial stages of language learning involve a critical interaction between infants’ environmenta...
Language development must go hand-in-hand with brain maturation. Little is known about how the brain...
International audienceThe development of noninvasive brain-imaging techniques has opened the black b...
Neurobiological studies have generated new ways of thinking about development of brain structure and...
Neurobiological studies have generated new ways of thinking about development of brain structure and...
Recent data suggest recovery of language systems but persistent structural abnormalities in the prem...
A comprehensive account of the neurobiological basis of language, arguing that species-specific brai...
The neural correlates of early language development and language impairment are described, with the ...
The 4000 or so human languages display an extraordinary surface diversity; therefore language learni...
The human infant brain is the only known machine able to master a natural language and develop expli...
The ability to learn language is a human trait. In adults and children, brain imaging studies have s...
International audienceSensorimotor representations in the brain encode the sensory and motor aspects...
Language makes us human. It is an intrinsic part of us, although we seldom think about it. Language ...
Children with unilateral pre- or perinatal brain injury (BI) show remarkable plasticity for language...
This volume highlights new avenues of research in the language sciences, and particularly, in the ne...
The initial stages of language learning involve a critical interaction between infants’ environmenta...
Language development must go hand-in-hand with brain maturation. Little is known about how the brain...
International audienceThe development of noninvasive brain-imaging techniques has opened the black b...
Neurobiological studies have generated new ways of thinking about development of brain structure and...
Neurobiological studies have generated new ways of thinking about development of brain structure and...
Recent data suggest recovery of language systems but persistent structural abnormalities in the prem...
A comprehensive account of the neurobiological basis of language, arguing that species-specific brai...
The neural correlates of early language development and language impairment are described, with the ...
The 4000 or so human languages display an extraordinary surface diversity; therefore language learni...
The human infant brain is the only known machine able to master a natural language and develop expli...
The ability to learn language is a human trait. In adults and children, brain imaging studies have s...
International audienceSensorimotor representations in the brain encode the sensory and motor aspects...
Language makes us human. It is an intrinsic part of us, although we seldom think about it. Language ...
Children with unilateral pre- or perinatal brain injury (BI) show remarkable plasticity for language...
This volume highlights new avenues of research in the language sciences, and particularly, in the ne...
The initial stages of language learning involve a critical interaction between infants’ environmenta...
Language development must go hand-in-hand with brain maturation. Little is known about how the brain...