Over the course of language acquisition, the brain becomes specialized in the perception of native language speech sounds or phonemes. As a result, adult speakers are highly efficient at processing their native language, but may struggle to perceive some non-native phonemes. This specialization is thought to arise from changes that occur in a person's brain as a result of maturation and language experience. In this study, adult native speakers of English were asked to discriminate between phonemes of varying degrees of difference from English (similar to English: Tagalog /na/-/Latin small letter Enga/; different from English: Ndebele /k||i/-/k!i/), as their brain activity was measured using functional near infrared spectroscopy imaging. The...
The purpose of this study was to investigate speech recognition among Spanish-English bilingual and ...
International audienceThis study assessed whether the neonatal brain recruits different neural netwo...
Abstract: A remarkable characteristic of the human nervous system is its ability to learn to integra...
How do infants learn the sounds of their native language? Do they need to use general-auditory or la...
While newborn infants discriminate speech sounds from languages that they have never heard, 6-month-...
Brain imaging studies indicate that speech motor areas are recruited for auditory speech perception,...
Over the course of development, speech sounds that are contrastive in one’s native language tend to ...
Morphology of the human brain predicts the speed at which individuals learn to distinguish novel for...
AbstractRecent neuroimaging studies have revealed distinct functional roles of left and right tempor...
AbstractIs the developing bilingual brain fundamentally similar to the monolingual brain (e.g., neur...
A previous fMRI study of novel speech sound learning, tied to the methods and results presented here...
Decades of research have shown that, from an early age, proficient bilinguals can speak each of thei...
The purpose of this study was to establish whether functional near-infrared spectroscopy (fNIRS), an...
Investigating the neuronal network underlying language processing may contribute to a better underst...
Although most human beings experience no difficulty in perceiving their native language, strong indi...
The purpose of this study was to investigate speech recognition among Spanish-English bilingual and ...
International audienceThis study assessed whether the neonatal brain recruits different neural netwo...
Abstract: A remarkable characteristic of the human nervous system is its ability to learn to integra...
How do infants learn the sounds of their native language? Do they need to use general-auditory or la...
While newborn infants discriminate speech sounds from languages that they have never heard, 6-month-...
Brain imaging studies indicate that speech motor areas are recruited for auditory speech perception,...
Over the course of development, speech sounds that are contrastive in one’s native language tend to ...
Morphology of the human brain predicts the speed at which individuals learn to distinguish novel for...
AbstractRecent neuroimaging studies have revealed distinct functional roles of left and right tempor...
AbstractIs the developing bilingual brain fundamentally similar to the monolingual brain (e.g., neur...
A previous fMRI study of novel speech sound learning, tied to the methods and results presented here...
Decades of research have shown that, from an early age, proficient bilinguals can speak each of thei...
The purpose of this study was to establish whether functional near-infrared spectroscopy (fNIRS), an...
Investigating the neuronal network underlying language processing may contribute to a better underst...
Although most human beings experience no difficulty in perceiving their native language, strong indi...
The purpose of this study was to investigate speech recognition among Spanish-English bilingual and ...
International audienceThis study assessed whether the neonatal brain recruits different neural netwo...
Abstract: A remarkable characteristic of the human nervous system is its ability to learn to integra...