The shower was full of mantis shrimp. Bubblers burbled and the cranky crustaceans skulked in their tanks, looking for things to punch with their famously fast strikes. Complicated electronics for measuring brain activity stood sentinel beside the bed in the next room. And out on the balcony, Kathryn Feller, Ph.D. ’14, biological sciences, was wearing a respirator and gloves, working with nasty chemicals. In other words, it was another day of fieldwork as a behavioral neuroscientist—a career Feller has embraced after a journey of self-exploration that took her to surgical operating theaters, drama summer camps, and a range of research… Continue Reading Living in vivid color—Kate Feller, Ph.D., is pushing boundaries in biology research and teaching
CALET, a telescope equipped to detect extremely high-energy cosmic rays, has detected electrons arriving near Earth with more energy than ever detected before. The results suggest the electrons came from a local, young source, such as the aftermath of a supernova, and bolster current understanding of cosmic ray production. Continue Reading Study finds strongest evidence yet for local sources of cosmic ray electrons
Pairs of viruses where one needs the other to reproduce are well documented, but no one has ever see one virus directly attached to another. “I can’t believe this,” Tagide deCarvalho remembers thinking when she first saw it under the microscope. The work opens up the possibility of finding more examples of this kind of interaction. Continue Reading UMBC team makes first-ever observation of a virus attaching to another virus
The research team collected data at about 50 sties in each of 12 tributaries of the Chesapeake Bay. With an array of management practices in use and a wide range of salinity and other environmental conditions, “We’re really fortunate that Chesapeake Bay is such a great place to do this research,” says UMBC’s Allison Tracy. Continue Reading Underwater cameras facilitate large-scale study of oyster reef habitat in Chesapeake Bay
With a Department of Energy fellowship, Jessica Novak will pursue better understanding of Cellvibrio japonicus, a bacterium with biofuels potential. Novak’s time at NREL “will also train me in some of the biochemical analyses that I’m going to do back at UMBC,” she says. “I think the results we’re going to get from this fellowship will spark new ideas.” Continue Reading Ph.D. candidate Jessica Novak to study biofuels at National Renewable Energy Laboratory
Although objects like bridges, buildings, and airplane wings may seem quite rigid, by design they are capable of a surprising deal of bending. This elasticity allows them to deform safely and temporarily in windy conditions. However, very rarely, “Elastic systems like bridges, buildings, and planes can become oscillatory or unstable in the presence of everyday wind, with potential for the oscillations to become damaging,” Justin Webster says. “Understanding this has big implications for fields like civil engineering or alternative energy.” Continue Reading Justin Webster receives NSF grant to study mathematical models behind oscillation of plane wings, bridges, energy harvesters
