
Assistant Professor
United States
Bio
Dr.
Demir-Lira is an assistant professor in the Department of Psychological and
Brain Sciences at the University of Iowa. She received her PhD from the
University of Chicago and completed her postdoctoral work at the University of
Chicago and Northwestern University. Research at Dr. Demir-Lira's Development,
Experience and Neurocognition (DEN) lab addresses the long-standing question of
why some children, often from disadvantaged socioeconomic backgrounds, fall
behind their peers in academic achievement while others thrive. Dr. Demir-Lira
and her team take several major approaches to address this broad question. Her
work combines behavioral methods that illuminate children’s home experiences
with neuroimaging measures that reveal the neurocognitive basis of children’s
academic performance. She leverages naturalistic, longitudinal observations and
experimental designs to examine how the early parental input in the home
environment relates to children’s later literacy and arithmetic skills. She
complements this approach with structural and functional neuroimaging measures
to analyze how parental background and parental input relate to the
neurocognitive basis of children’s literacy and arithmetic skills, and how
these neurocognitive correlates, in turn, relate to children’s academic
success.
Assistant Professor
United States
Bio
Dr.
Demir-Lira is an assistant professor in the Department of Psychological and
Brain Sciences at the University of Iowa. She received her PhD from the
University of Chicago and completed her postdoctoral work at the University of
Chicago and Northwestern University. Research at Dr. Demir-Lira's Development,
Experience and Neurocognition (DEN) lab addresses the long-standing question of
why some children, often from disadvantaged socioeconomic backgrounds, fall
behind their peers in academic achievement while others thrive. Dr. Demir-Lira
and her team take several major approaches to address this broad question. Her
work combines behavioral methods that illuminate children’s home experiences
with neuroimaging measures that reveal the neurocognitive basis of children’s
academic performance. She leverages naturalistic, longitudinal observations and
experimental designs to examine how the early parental input in the home
environment relates to children’s later literacy and arithmetic skills. She
complements this approach with structural and functional neuroimaging measures
to analyze how parental background and parental input relate to the
neurocognitive basis of children’s literacy and arithmetic skills, and how
these neurocognitive correlates, in turn, relate to children’s academic
success.