Wing-Yee Chow

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Recent observations of unexpected ERP responses to grammatically well-formed role-reversed sentences (the "Semantic P600" phenomenon) have been taken to bear directly on questions about the architecture of the language processing system. This paper evaluates two central pieces of evidence for accounts that propose a syntax-independent semantic composition(More)
Previous studies have shown that comprehenders use rich contextual information to anticipate upcoming input on the fly, but less is known about how comprehenders integrate different sources of information to generate predictions in real time. The current study examines the time course with which the lexical meaning and structural roles of preverbal(More)
The present study examined the processing of the Mandarin Chinese long-distance reflexive ziji to evaluate the role that syntactic structure plays in the memory retrieval operations that support sentence comprehension. Using the multiple-response speed-accuracy tradeoff (MR-SAT) paradigm, we measured the speed with which comprehenders retrieve an antecedent(More)
Real-time interpretation of pronouns is sometimes sensitive to the presence of grammatically-illicit antecedents and sometimes not. This occasional sensitivity has been taken as evidence that structural constraints do not immediately impact the initial antecedent retrieval for pronoun interpretation. We argue that it is important to separate effects that(More)
We investigated the development of theory of mind use through eye-tracking in children (9-13years old, n=14), adolescents (14-17.9years old, n=28), and adults (19-29years old, n=23). Participants performed a computerized task in which a director instructed them to move objects placed on a set of shelves. Some of the objects were blocked off from the(More)
Previous research has shown that neural responses to words during sentence comprehension are sensitive to both lexical repetition and a word's predictability in context. While previous research has often contrasted the effects of these variables (e.g. by looking at cases in which word repetition violates sentence-level constraints), little is known about(More)
In our target article [Chow, W., Smith, C., Lau, E., & Phillips, C. (2015), A “bag-of-arguments” mechanism for initial verb predictions, we investigated the predictions that comprehenders initially make about an upcoming verb as they read and provided evidence that they are sensitive to the arguments’ lexical meaning but not their structural roles. Here we(More)
Much recent work indicates that anticipating upcoming input is critical to the speed and accuracy of language comprehension, but little is known about how quickly the predictions themselves are generated in real time, and based on what information sources. The current study demonstrates a new method for isolating sub-components of predictive processes and(More)
Anticipation of upcoming input has been shown to be critical to the speed and accuracy of many cognitive processes, particularly in domains such as language in which the listener must process an unbroken stream of 3-5 words per second. However, little is known about how the predictions themselves are generated in real time. One important but untested(More)
In the present study we report two self-paced reading experiments that investigate antecedent retrieval processes in sentence comprehension by contrasting the real-time processing behavior of two different reflexive anaphors in Mandarin Chinese. Previous work has suggested that comprehenders initially evaluate the fit between the morphologically simple(More)
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