We describe an ERP effect termed the ‘pre-activation negativity’ (PrAN), which is proposed to index the degree of pre-activation of upcoming word-internal morphemes in speech processing. Using lexical competition measures based on word-initial speech fragments (WIFs), as well as statistical analyses of ERP data from three experiments, it is shown that the PrAN is sensitive to lexical competition and that it reflects the degree of predictive certainty: the negativity is larger when there are fewer upcoming lexical competitors
Two experiments examined phonological priming effects on reaction times, error rates, and event-rela...
Background: The results from previous studies have indicated that a pre-attentive component of the e...
Listeners are constantly trying to predict what the speaker will say next. We concurrently measured ...
Introduction: It has previously been found that strongly predicted words can be pre-activated in con...
The pre-activation negativity (PrAN) is an event-related potential (ERP) component indexing how cons...
We propose that a recently discovered event-related potential (ERP) component—the pre-activation neg...
Occurring at rates up to 6-7 syllables per second, speech perception and understanding involves rapi...
It is known that listeners can predict upcoming words based on constraining contexts (e.g. DeLong et...
When we listen to speech, lexical candidates compete for recognition within 200 milliseconds of the ...
The present thesis investigated how listeners use prosody to rapidly predict upcoming lexical and sy...
Memory traces for words are frequently conceptualized neurobiologically as networks of neurons inter...
The study reported in the present paper aimed to determine the effect of prosodic cues on automatic ...
Listeners are constantly trying to predict what the speaker will say next. We concurrently measured ...
Predictions of our sensory environment facilitate perception across domains. During speech perceptio...
Neurophysiological studies of language processing in the intact brain have identified 3 major event-...
Two experiments examined phonological priming effects on reaction times, error rates, and event-rela...
Background: The results from previous studies have indicated that a pre-attentive component of the e...
Listeners are constantly trying to predict what the speaker will say next. We concurrently measured ...
Introduction: It has previously been found that strongly predicted words can be pre-activated in con...
The pre-activation negativity (PrAN) is an event-related potential (ERP) component indexing how cons...
We propose that a recently discovered event-related potential (ERP) component—the pre-activation neg...
Occurring at rates up to 6-7 syllables per second, speech perception and understanding involves rapi...
It is known that listeners can predict upcoming words based on constraining contexts (e.g. DeLong et...
When we listen to speech, lexical candidates compete for recognition within 200 milliseconds of the ...
The present thesis investigated how listeners use prosody to rapidly predict upcoming lexical and sy...
Memory traces for words are frequently conceptualized neurobiologically as networks of neurons inter...
The study reported in the present paper aimed to determine the effect of prosodic cues on automatic ...
Listeners are constantly trying to predict what the speaker will say next. We concurrently measured ...
Predictions of our sensory environment facilitate perception across domains. During speech perceptio...
Neurophysiological studies of language processing in the intact brain have identified 3 major event-...
Two experiments examined phonological priming effects on reaction times, error rates, and event-rela...
Background: The results from previous studies have indicated that a pre-attentive component of the e...
Listeners are constantly trying to predict what the speaker will say next. We concurrently measured ...