The undergraduate class teaches students that humans are more genetically alike than different.
A research team led by University of Maryland neuroscientists used artificial neural networks to uncover how cells in the visual cortex interpret light signals from the retina and translate that data into vision.
Study co-authored by Biology Professor Joshua Weitz found intricate ecological networks emerge from simple beginnings that feature repeating patterns of evolutionary development.
184 students graduated from the college in August 2023.
University of Maryland researchers studied synaptic changes in an animal model before and after it developed vision, which plays a key role in circadian rhythm.
Learn how our alums are working to improve human health.
Colenso Speer creates innovative ways to map the physical layout of brain cells and uses sophisticated new techniques to identify the complex chemical signals that form the intricate circuitry in our brains.
Melissa Caras is searching for ways to help maintain or improve perceptual skills in the face of aging or disease.
