"We're starting to learn just how intuitively our minds are able to analyze amazingly complex information without our even being aware of it," says Elissa Newport, professor of brain and cognitive sciences at the University and lead author of the study. "There is a powerful correlation between what our brains are able to do and what language demands of us."
Newport and Richard Aslin, professor of brain and cognitive sciences, began by looking at how people are able to recognize the division between spoken words when spoken language is really a stream of unbroken syllables. They wanted to know how it is that we perceive breaks between spoken words, when in fact there are no pauses. This is why it often seems as if speakers of foreign languages are talking very quickly; we don't perceive pauses.
So how is a baby supposed to make out where one word begins and another ends? Newport and Aslin devised a test where babies and adults listened to snippets of a synthetic language: a few syllables arranged into nonsense words and played in random order for 20 minutes. During that time, the listeners were taking in information about the syllables, such as how often each occurred, and how often they occurred in relation to other syllables. For instance, in the real words "pretty baby," the syllable "pre" is followed by "ty," which happens more frequently in English than the syllable "ty" being followed by "ba"--thus the brain notes that "ty" is more likely to be associated with "pre" than with "ba," and so we h
Contact: Jonathan Sherwood
University of Rochester