Study confirms the role the corpus callosum plays in language lateralization.
Those in negative moods may be better able to spot inconsistencies in the things they read. The findings shed light on how mood affects language processing.
The writing system with which we learn to read may influence how we process speech, researchers report. Findings suggest the ability to write influences the way in which our brains process language.
Study identifies brain areas where the meaning of words is retrieved from memory and processed during language comprehension.
The earlier language disorders in children are identified, the earlier help can be provided to insure fluid language acquisition.
Artificial intelligence can understand complex words and concepts by representing the meaning of words in a similar way that correlates with human judgments.
Music can paint similar stories in listeners' minds, but the degree to which the imagined narratives are shared depends upon the degree to which culture is shared between the listeners.
Greater left-brain asymmetry can predict both better and average performance on a foundational level of reading ability.
Neuroimaging reveals surprisingly few links between white matter structure and reading ability in children.
Study reveals a specific link between musical processing and brain areas associated with language processing.
Early exposure to language, whether it's vocalized or sign language, assists with normal brain development in children, researchers report.
Artificial intelligence sheds new light on how the brain processes language. Researchers report the human brain may use next word prediction to drive language processing.
