Scientists often think of the adult brain as being “modular,” containing many systems that each specialize in a given function like language or number, relatively independent of one another; this explains why damage to the mature brain in adults tends to impair certain brain functions while leaving others intact. However, Annette Karmiloff-Smith believed that this modular framework cannot be applied to the developing brain. In her research on infants with genetic developmental disorders like Williams syndrome, Down syndrome and Fragile X syndrome, she found that these disorders are not manifestations of damage to specific brain areas in an otherwise intact typical brain, but rather that early atypical processing impacts on many regions, some more subtly than others, and that interactions across brain regions give rise to different developmental trajectories of brain development. Karmiloff-Smith believed that a genetic disorder’s cognitive-level symptoms can be traced back to these early neural developmental differences, and that understanding full atypical trajectories is critical for designing treatments. Since it is in infancy that the brain shows maximum plasticity, even a small developmental rerouting could have a large impact later in life. Karmiloff-Smith, a Past APS Board Member, passed away in December 2016.
The National Science Foundation (NSF), one of the premier science-funding agencies in the United States, has recognized a group of psychological scientists with early-career awards. More
Psychological scientists looking to apply for funding from the US National Science Foundation may be interested in upcoming January and February deadlines. More
The National Institutes of Health Office of Behavioral and Social Sciences Research honored psychological scientist Jamie L. Hanson (University of Pittsburgh) with the Matilda White Riley Early Stage Investigator Paper Award. More