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Princeton University senior Isam Mina has been awarded a Rhodes Scholarship for graduate study at the University of Oxford. He is among two recipients chosen by The Rhodes Scholarships for Syria, Jordan, Lebanon and Palestine (SJLP) as 2026 Rhodes...
A new study in Science aims to understand the evolution and genomic diversity of human-biting mosquitoes, the insects responsible for transmitting many of the world’s deadliest diseases.
Curated by Professor Florent Masse, the festival brought leading French and Francophone artists, a partnership with Festival d’Avignon, and community participation. Princeton once again became a stage for international theater this fall as the Seuls...
The Department of French and Italian is proud to have supported the documentary Enrosadira, created by students Al Potter ‘27 (minoring in Italian) and Jansen Look ‘27 in the Italian Dolomites. As the students put it, “Our film is an artsy...
“Combined and Uneven Emancipation: Exploring Benefits and Pitfalls of Soviet Modernity,” an October 17-18 conference convened experts across social science and humanities disciplines to examine Soviet emancipation projects against the backdrop of the...
World Politics (Volume 77, Issue 4) is available online.
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Princeton SPIA Faculty Offer Reactions to Trump Immigration Policies
With President Trump signing 10 administrative orders on immigration in his first week in office and pledging mass deportations and significant changes to border security, faculty at the Princeton School of Public and International Affairs are providing expert insights into the situation.
New research reveals groundwater pathways across continent
Researchers from Princeton University and the University of Arizona have created a simulation that maps underground water on a continental scale. The result of three years’ work studying groundwater from coast to coast, the findings plot the unseen path that each raindrop or melted snowflake...
Helping engineers design for waterways on a changing planet
For much of history, the past guided builders’ designs. In a stable environment, this usually worked. Roman aqueducts carried water for centuries, and China’s Grand Canal still helps transport river traffic. But in a changing climate, the past may prove insufficient.
Research Record: Weather Changes Linked to Undocumented Migration and Return Between Mexico and the United States
Princeton SPIA’s Research Record series highlights the vast scholarly achievements of our faculty members, whose expertise extends beyond the classroom and into everyday life.If you’d like your work considered for future editions of Research Record, click here and select “research project.”
High Meadows Environmental Institute, Lewis Center for the Arts and The Civilians theater company announce second-year Next Forever artist commissions
Playwrights Kate Douglas and Kate Tarker are participating in one-year residencies at Princeton to develop their commissioned pieces exploring how dynamic storytelling can engage vital environmental subjects.
Senior Shane Patrick receives Barry Scholarship for study at Oxford
Senior Shane Patrick has been awarded the John and Daria Barry Scholarship
Princeton IP Accelerator funding supports four energy and environmental technologies
A sensor that detects planet-warming gases, a laser-engraved ceramic tile engineered for evaporative cooling, and a method to improve the nutrition and production of worldwide agriculture are among the energy and environmental innovations awarded funding from the
Paluck honored by American Academy of Political and Social Science
The American Academy of Political and Social Science (AAPSS) has named Elizabeth Levy Paluck
A Good Way to Cool a Sweltering Urban Canyon? Put A Lid on it
Researchers at Princeton’s engineering school found that placing a specially designed lid over a box can dramatically increase the airflow from wind blowing across the upper surface. It is not just a parlor trick. The information could help clean and cool urban canyons in cities like New York...
Rapidly Intensifying Tropical Cyclones Likely to Increase Flood Hazard in the North Atlantic as Climate Warms
Many of the most devastating tropical cyclones (TCs) in history, including Hurricanes Andrew (1992) and Katrina (2005), underwent a process known as rapid intensification (RI). Defined by a wind speed increase of at least 30 knots (35 mph) within a 24-hour period, RI can be difficult to predict...