Northeastern’s chemistry department was recently ranked in the top 10 in a review of career support services among American chemistry departments.
The prevailing view of research science is that professors and laboratory staff work on obscure challenges for which a lifetime might not be enough time to solve. Or that their projects might have limited application in the ‘real’ world. If that’s how you think, you haven’t met Dr. Barry Karger.
David Kimbro, a marine and environmental science professor at Northeastern University, has solved the mystery of why reefs in Florida inlets were experiencing large numbers of oyster loss. Drought and subsequent high salt levels in water led to a population spike in one of the oysters’ main predators: conchs.
When discussing one of the most contentious topics of the 21st century—climate change—finding the balance between fact and emotion is precarious, say Northeastern faculty.
California’s Department of Public Health announced last week that a child contracted the plague after visiting Yosemite National Park in July, the third reported case this year. With the plague’s recent return to the news, we took a look at some myths and truths about the centuries-old disease.
Northeastern physicists Albert-László Barabási and Gang Yan reveal a measuring device that could guide scientists in controlling real-world complex systems.
For six weeks this summer, some 120 students from Boston Public Schools made an early morning trek from across the city to Northeastern’s campus, where they engaged in a math enrichment program designed to prepare them for calculus courses in high school.
Lisa Feldman Barrett, University Distinguished Professor of Psychology at Northeastern, explains why misconceptions about emotion persist, how our emotional brains change as we age, and the role context plays in what we feel.
The journal cover features a stunning visual of a pyramidal neuron, captured in Rebecca Shansky’s lab by unique neural imaging technologies.
Northeastern physicists Swastik Kar and Srinivas Sridhar led a research team whose novel work has potential applications for improved cellphone cameras and tiny transistors that when multiplied by the billions could fuel computers.