Artificial intelligence: A real tool for advancing research on intellectual and developmental disabilities and beyond
AI collects big data and uses computer algorithms to search patterns that are present in your daily life.
Advancing knowledge of human development, developmental disabilities, and neurodegenerative diseases.
AI collects big data and uses computer algorithms to search patterns that are present in your daily life.
The fun decals on the colorful walls and the cheerful environment gives it away, the third floor of the Waisman Center is dedicated to children. This space is where Seth Pollak, PhD, has spent most of his career studying child emotion, and how early life experiences shape the brain during development.
Even through cute but unintelligible babbles, infants are hard at work learning how to become successful communicators.
From the soft murmur of voices in the center’s 10 specialty clinics to the loud and steady hum of the MRI on the first floor, the Waisman Center is full of sounds.
Nancy Saevang was recently selected as the new director of Waisman’s Early Childhood Program (WECP). Most recently, Saevang served as the WECP’s associate director and interim director.
Since 1978, more than 2.5 million Wisconsin babies have been touched by the University of Wisconsin–Madison within their first few days of being born.
The clinics and the research laboratories of the Waisman Center intertwine to care for individuals with cerebral palsy. The mission is one: to improve the outcomes for individuals with cerebral palsy.
Early childhood maltreatment can have long lasting effects that follow a person into adulthood.
A team of investigators at the Waisman Center was recently awarded a $2.5 million grant from the Eunice Kennedy Shriver National Institute of Child Health and Human Development at the National Institutes of Health to both improve brain imaging techniques for infants and build a quantitative atlas of typical early brain development.
Early interventions in children with cerebral palsy can be pivotal to improving motor and cognitive outcomes. The focus of this study is to longitudinally assess, over the first two years of life, the recovery and development of the infant brain after early stroke or brain bleed.