Two duke students win marshall scholarships duke today gas 85 vs 87


"On behalf of the entire university community, I am delighted to congratulate Julie and Shomik on this great honor, which reflects their truly exceptional work at Duke,” said Duke President Vincent E. electricity formulas physics Price. “Throughout their time here, they have contributed not only in the classroom and lab but also through public service, cultural engagement and residential leadership. static electricity in the body effects The Marshall Scholarship’s mission is to identify and support future leaders, and I am confident that Julie and Shomik’s experience at Cambridge University will prepare them for excellence in their chosen fields.”

Uchitel, a neuroscience and French double major, has conducted both clinical and basic pediatric research since high school at Duke Children’s Hospital and at The Children’s Hospital of Philadelphia. Her research has resulted in two published scientific articles, three first-author papers in preparation and four additional papers in campus science journals.

In addition to her academic interests in neuroscience, Uchitel has spent her time at Duke exploring the intersection of science and the humanities. k gas constant For her, French literature is a way to understand this intersection. electricity nyc She said that’s why she pursued a second major in French, reading such writers as Proust and Flaubert, studying abroad in France, and volunteering at a children’s hospital in Paris. “Proust provides a careful accounting of how we remember the past, while Flaubert’s writings reveal his struggles with epilepsy,” she said.

She said she believes that proper early childhood brain development is crucial to forming a strong foundation that will serve children for the rest of their lives. gas prices under a dollar Child rights, the human rights specifically due to children, inherently promote early childhood development. wb state electricity board recruitment She is currently writing an article on child rights and early child development with the International Pediatric Association and members of the World Health Organization.

With Marshall funding, Uchitel will pursue a research master of philosophy (MPhil) in pediatrics at Cambridge, developing a new optical imaging technology for newborns at risk for brain injury, and a master’s degree in international child studies at King’s College London. gas knife lamb She has already secured academic advisers for her research projects at both institutions.

Verma is studying mechanical engineering, with minors in energy engineering and mathematics. He is involved in energy research and has been working for the past three semesters in the Thermodynamics and Sustainable Energy Laboratory with Nico Hotz, assistant professor of the practice in the Department of Mechanical Engineering & Materials Science.

For his Pratt fellowship, Verma is working with solar thermal energy for hydrogen production and has applied this knowledge as co-president and technical lead of the Duke Electric Vehicles team, building a hydrogen fuel cell car and leading a Duke student team to a Guinness World Record for the most efficient human-carrying vehicle ever built.

Verma is also president of the Duke Energy Club, through which he has worked with Duke’s Energy Initiative to create three new assistantships for students to do energy research with faculty. He’s also co-president of the Duke Smart Home, a living-learning community where residents live in a LEED platinum building and work on technological solutions to sustainability issues. In addition, Verma has been involved with Duke’s Solar Spring Break program that takes undergraduates to underserved communities to install solar panels.

“When I first received the call that I was selected as a Marshall Scholar, I was in utter disbelief,” Verma said. “I had to check my phone’s call history several times to make sure I didn’t dream the whole thing! I’m so thankful for the support of my family, friends and advisers, and I’m beyond excited to spend the next two years in the UK working on developing the next generation of solar technology.”