Students, faculty and staff, and members of the community flooded the Chesapeake rooms in the Sadler Center on March 14 to watch the annual Raft Debate in which three professors, deserted on an imaginary island, represented their disciplines in an battle for a single spot on an imaginary raft.
Sofya Zaytseva, a fifth-year Ph.D. student in the Department of Applied Science at William & Mary, is working to engineer a better oyster reef.
David Marquis, a Ph.D. candidate, received the William & Mary Interdisciplinary Award for Excellence in Research for his paper “Tick, Tick, Boom: Dynamite, Cattle Ticks, and the Closing of the Southern Range.”
Alexandra Macdonald has been looking into the 18th-century “theatre of consumption” that was Samuel Abbot’s shop and the retail culture of colonial America, where even the residents of Puritan Boston were interested in consumption.
An interdisciplinary team of researchers based at William & Mary has been drilling down on the workings of the pre-Bötzinger complex for more than a decade.
The old-fashioned strawberry is having a renaissance, thanks to new genetic research.
The 2019 Raft Debate, a much beloved William & Mary tradition, will be held at the Sadler Center in Chesapeake ABC, on March 14 at 6:30 p.m.
Jennifer Kahn is part of a worldwide group of scientists who are using archaeological data and ecological modeling to examine how different cultures use animal and plant taxa in diverse ways.
Patricia Vahle, Mansfield Professor of Physics at William & Mary, will talk on “The Quest to Understand Neutrino Masses” at the annual meeting of the American Association of the Advancement of Science in Washington, D.C.
Jack Boyle, a post-doctorate Mellon Fellow at W&M, is lead author on a paper that shows GMOs are not the main culprit for the decline of the monarch butterfly, a finding that goes against claims made by scientists and activists for decades.
Jonathan Allen, an associate professor of biology at W&M, is part of a team that discovered that the crown-of-thorns seastar can reproduce by larval cloning.
Internet-connected computing objects collectively known as smart home products have become increasingly popular with consumers. The systems provide a bridge between the digital and physical worlds, which is convenient for automation, but risky for security, a team of W&M researchers has found.
As any parent will tell you, there is an art to getting kids to eat vegetables. For Catherine Forestell, it is also a science.
Troy Wiipongwii MPP ’18 and Professor Mike Tierney ’87, co-director of W&M’s Global Research Institute. joined forces on a project that uses a new technology to make foreign aid programs more efficient and effective.
David Armstrong studies a phenomenon that is ubiquitous in nature, yet only a few non-scientists know what it is.
On Nov. 3, the Omohundro Institute of Early American History and Culture at William & Mary organized a Wikistorm, a massive Wikipedia editing effort, to increase the number of pages about women.
A strand of spider silk is five times stronger than a steel cable of the same weight, said Hannes Schniepp of the Department of Applied Science at William & Mary. His lab has been unraveling the secrets behind the strength of the brown recluse spider.
A team of scientists at William & Mary led by Myriam Cotten is investigating a virtue of the striped bass: The fish contain biomolecules that have shown promise for therapeutic use in human medicine.
A marketing person might call it “rebranding,” but the name change to the graduate program in the university’s Department of Psychological Sciences is better understood as recognition of a change in emphasis that was complete years ago.
Saskia Mordijck, assistant professor of applied science, will serve as the global leader of the Joint Research Target for the Office of Fusion Energy Sciences, working with labs throughout the world to solve the complicated problem of refueling fusion reactions.
The largest liquid-argon neutrino detector in the world has just recorded its first particle tracks, signaling the start of a new chapter in the story of the international Deep Underground Neutrino Experiment (DUNE).
A recent discovery by William & Mary and University of Michigan researchers transforms our understanding of one of the most important laws of modern physics. The discovery has broad implications for science, impacting everything from nanotechnology to our understanding of the solar system.
While undergraduate classes start Aug. 29, some of the graduate schools have already begun.
It’s a case of acting differently when outmanned — or rather out-neutroned. Protons appear to get extra pep in their step when they’re outnumbered by neutrons in the atom’s nucleus.
Made possible by a collaboration between William & Mary and the Colonial Williamsburg Foundation, students in the 2018 Summer Archaeological Field School are turning trash into treasure.
It’s a question that has vexed fusion scientists for decades: What would it take to refuel the sun? Now, thanks to a partnership between the U.S. Department of Energy and a team of William & Mary researchers, we will be closer than ever to figuring it out.
It’s a common comedy trope: the industrial production line that speeds up beyond the limits of the humans who must work on it.
William & Mary adds yet another Henry Dreyfus Teacher-Scholar to its ranks as Kristin Wustholz, associate professor of chemistry, was selected as one of eight professors in the nation to receive the coveted award.
Josh Puzey, assistant professor of biology, is the co-author of a study that links natural selection and genetic variation using wildflowers.
These days Travis Harris is a Ph.D. candidate in American studies at William & Mary, researching in Africana studies at the intersection of religion and hip-hop.
Research sponsored by the Omohundro Institute of Early American History & Culture at William & Mary has uncovered the first documented purchase of Jane Austen’s debut novel, "Sense and Sensibility."
To the uninitiated, the back corner of ISC 1233 might be mistaken for a moonshiner’s still.
To explain the complexities of nearly every society in human history, Joanna Schug points to an unlikely place: the American middle school.
William & Mary biologist John Swaddle will receive nearly $100,000 in matching funds from the state of Virginia to develop technology to reduce the toll that wind turbines take on birds.
Tricia Vahle, professor of physics at William & Mary and longtime NOvA participant, became a NOvA co-spokesperson on March 21.