MCP pairs female undergrads 1:1 with women practicing physics/engineering outside of academia.
The four-year grant from the Bill & Melinda Gates Foundation will broaden the use of satellite imagery to evaluate projects in developing countries.
A team of computer scientists outlines a leading reason behind insecure data and makes recommendations about how to fix the problem.
They may be brainless, but they have a mind of their own: the freshwater jellyfish of Crim Dell are back in bloom.
New technology allows researchers to track the altitude of migrating shorebirds, data that will be taken into account in planning sites for offshore wind farm turbines.
As a result of his research and discoveries, Hale has been able to bring about industry and policy change.
Researchers looked at eelgrass communities and discovered their ancient genetic history can play a stronger role than present-day environments in determining growth form and community composition.
Geologist Nick Balascio is one of William & Mary's two Fulbright Scholars for 2022-23. He will conduct research in Norway and engage with iEarth, the Norwegian initiative aimed at earth-science undergraduates.
New research by W&M scientists has unraveled mysteries behind one of the world’s most elusive materials: spider silk.
A research grant awarded by The Thomas F. and Kate Miller Jeffress Memorial Trust will empower Indigenous communities in Virginia to make independent decisions about food production on their lands.
William & Mary physics postdoctoral researcher Arkaitz Rodas characterizes lesser-known particles to help physicists understand what holds matter together. He's the recipient of the 2022 Jefferson Associates Postdoctoral Prize.
Kristin Wustholz's chemistry lab has "planted a flag in the ground" regarding a new technique for multicolor single-molecule imaging.
A study in Nature Geoscience predicts a 50% acceleration in the rate of barrier-island retreat within a century, even in the unlikely case of no further increase in the present rate of sea-level rise.
Rachel O’Brien and a pair of undergraduate researchers get past the poetics and into the chemistry of dew.
A new analysis using highly detailed elevation maps of the Chesapeake Bay region shows that human barriers will do little to stop marshes from migrating inland with sea-level rise.
U.S. Marine Jacob Stechmann ’24 became interested in medicine by helping Army medics treat wounded Kurds in Syria. He now researches artery function at William & Mary.