Four win Jacobus Fellowship, Princeton’s top graduate student honor
Máté Bezdek, Sarah Carson, Daniel Floryan and Matthew Ritger have been named winners of the Porter Ogden Jacobus Fellowship, Princeton University’s top honor for graduate students. The fellowships support their final year of study at Princeton and are awarded to one Ph.D. student in each of the four divisions (humanities, social sciences, natural sciences and engineering) whose work has exhibited the highest scholarly excellence.
The Jacobus Fellows will be honored at Alumni Day(Link is external) ceremonies Saturday, Feb. 23, at Jadwin Gymnasium.
Máté Bezdek
Máté Bezdek
Máté Bezdek, a doctoral student in inorganic chemistry(Link is external) who came to Princeton in 2014, earned a bachelor’s degree in chemistry from the University of Calgary.
His dissertation, “Interconversion of Ammonia with its Elements by Molybdenum Complexes: Fundamental Investigations,” has implications for the development of environmentally friendly fuels using ammonia.
Bezdek’s research explores the fundamental thermochemistry associated with the making and breaking of bonds between nitrogen and hydrogen atoms, especially where the nitrogen atom is bound to a transition metal catalyst. A principal component in most modern fertilizers, ammonia (NH3) is hydrogen-rich and has many attractive properties as a transportable and carbon-neutral fuel.
“Developing more efficient and less expensive industrial catalysts, clean fuels or new pharmaceuticals positively impacts the human condition on a daily basis — often in ways that are not immediately apparent,” Bezdek said. “I hope to build on the expertise I have acquired and contribute to progress in these areas after graduate school.”
Bezdek said he plans to conduct postdoctoral research before pursuing an academic position. His areas of interest range from solving problems in energy science to developing functional materials.
Bezdek received a Natural Sciences and Engineering Research Council of Canada Predoctoral Fellowship. He also has received Princeton’s Third Year Seminar Hubbell ’47 Prize, the Canadian Society of Chemical Industry Award and the German Academic Exchange Service Summer Undergraduate Research Fellowship.
Paul Chirik(Link is external), the Edwards S. Sanford Professor of Chemistry(Link is external), said Bezdek’s work has the potential to be groundbreaking. “It already has changed the way people think about chemical bonds, and I think that’s a really impressive accomplishment because the modern concept of the chemical bond has been around for over 120 years,” Chirik said. “That fundamental discovery will translate into all kinds of applications that I don’t think even we can envision right now.”
Sarah Carson
Sarah Carson
Sarah Carson, a doctoral student in history(Link is external), arrived at Princeton in 2013. She received her B.A. from Dartmouth College and studied Hindi as a non-matriculated student at the University of Washington in Seattle.
Carson’s dissertation, “Ungovernable Winds: Weather Science in South Asia, 1864-1945,” examines the history of state meteorology in India to shed light on imperial governance and scientific future-telling. Drawing from archives and libraries across India, the United States and the United Kingdom, and weaving evidence from departmental records together with published scientific works, private papers, Bengali almanacs and fiction, she presents a narrative highlighting the complications of credibility and uncertainty that accompany the prediction of natural phenomena.
“My research shows that the uneasy historical relationship between state meteorologists and their varied publics has had lasting impacts on the credibility of science, scientists and government planners in India, offering lessons about the fallibility and vulnerability of predictive sciences,” she said. “These research interests align with my personal commitments to education and climate justice.”
As part of her project, Carson is filling an archival gap by building the historical record of the India Meteorological Department through oral history interviews and by encouraging scientists to preserve their personal papers and to write memoirs.
Carson received Princeton’s John R. Irwin Graduate Fellowship, a Fulbright-Nehru Research Grant, a Fulbright Critical Language Enhancement Award, and a Foreign Language and Area Studies Fellowship from the South Asia Summer Language Institute.
She was awarded a U.S. Department of State Critical Language Scholarship to study Hindi at the American Institute of Indian Studies in Jaipur, India. Prior to beginning her graduate research, she was named a Fulbright-Nehru English teaching assistant at the Kendriya Vidyalaya Cossipore School in Cossipore, Kolkata, India, which helped to set her future course of study.
Gyan Prakash(Link is external), the Dayton-Stockton Professor of History, said Carson’s work stands out as a study of how a scientific discipline — meteorology — emerged in a particular historical and social context.
“Sarah’s work brings into view how the environment had always been an important part of India’s history, but something that was neglected,” Prakash said. “I think her work will showcase the importance of environmental history, and even those day-to-day things like crops and monsoon and agricultural production — to what extent they depend on an understanding of the weather, both scientifically and also in its popular form.”
Daniel Floryan
Daniel Floryan
Daniel Floryan, a doctoral student in mechanical and aerospace engineering(Link is external) since 2014, holds a B.S. in mechanical engineering and a B.A. in economics with a minor in mathematics from Cornell University.
His dissertation, “Hydromechanics and optimization of fast and efficient swimming,” employs experimental and computational methods to better explain how fish swim most effectively. Using this understanding of the underlying physics of high-performance biolocomotion, Floryan provides guidance for its application in humanmade propulsion systems.
“In my career I plan to pursue questions of ‘how things work’ that can be explained by applied mathematics and principles of mechanics,” Floryan said.
At Princeton, Floryan has received the School of Engineering and Applied Science(Link is external) Award for Excellence, the Brit and Eli Harari Post Generals Fellowship, the Sayre Award for Academic Excellence, and the Charles W. Lummis Scholarship. He is a recipient of a 2015 Guggenheim Fellowship.
Floryan began his research after joining a U.S. Department of Defense Multidisciplinary University Research Initiative with Clarence Rowley(Link is external), professor of mechanical and aerospace engineering, and Alexander Smits(Link is external), the Eugene Higgins Professor of Mechanical and Aerospace Engineering, Emeritus, and senior scholar. In 2014, Smits and Rowley began investigating a basic understanding of the physics involved in swimming fish to serve as the foundation for building underwater vehicles for the U.S. Navy.
“What I didn’t expect, and what I think Lex didn’t expect either, was that one student would be able to work with both of us and make so much headway on both parts of this project,” Rowley said. “It’s also special that he has such a broad range of skills, in the lab, at a computer, and with a pencil and paper. He’s excellent at all of these things.”
Smits said Floryan’s research could change how swimming robots are designed and engineered.
“Daniel’s work has given us a lot of insight about how these systems scale up to larger sizes and then how to design the flexibility of a fin appropriately to get the most efficient performance or the greatest thrust from these fish-like swimmers,” Smits said. “It’s conceivable it will have a real impact.”
Matthew Ritger
Matthew Ritger
Matthew Ritger, a doctoral student in English(Link is external) who came to Princeton in 2014, earned a B.A. at Dartmouth College and an M.F.A. at Cornell University.
His dissertation, “Objects of Correction: Literature and the Birth of Modern Punishment,” constructs a critical history of rehabilitative punishments in the age of authors such as Thomas More, Shakespeare and Milton.
Ritger studies the role of imaginative literature during formative centuries for the ideas and the practices of correctional institutions, at a time when England’s very first “house of correction” — a new kind of prison that would go on to influence the later penitentiary — stood just next-door to one of Shakespeare’s stages.
“Teaching at Princeton and Cornell and spending time as a resident graduate student at Mathey College has made it clear to me that sharing my research with students is the goal,” Ritger said.
Ritger is the recipient of several research grants from the Center for Digital Humanities(Link is external), the Princeton University Institute for International and Regional Studies(Link is external), and the Center for the Study of Religion(Link is external). He has spent significant time at the Rare Book School and the Folger Shakespeare Library, participating in their year-long dissertation seminar, as well as a six-week summer seminar on More’s “Utopia.”
Bradin Cormack(Link is external), professor of English — who is advising Ritger together with Leonard Barkan(Link is external), the Class of 1943 University Professor of Comparative Literature(Link is external); Sophie Gee(Link is external), associate professor of English; and Nigel Smith(Link is external), the William and Annie S. Paton Foundation Professor of Ancient and Modern Literature and professor of English — said Ritger’s work stands out in its combination of concepts, practices and texts.
“He’s a historian of an idea, he’s a historian of the practices through which that idea became substantiated, and he’s a historian of the institutions that accommodated that idea and those practices,” Cormack said. “And what makes his work especially exciting is that he’s thinking about correction, he’s thinking about the argument that correction is, the rhetoric that correction is, at a moment when it’s in formation.”
