Rice researchers and collaborators developed a computational imaging method that uses a laser and a high-speed camera to capture complex scenes in three dimensions with exceptional speed and accuracy.
As part of the Defense Advanced Research Projects Agency’s Bio-attribution Challenge, a team of Rice University computer scientists is building a computational tool to screen environmental DNA samples for pathogens.
Rice’s WaTER Institute hosted the 20th International Water Association Leading Edge Conference on Water and Wastewater Technologies, which brought together more than 270 industry professionals and academic researchers from 27 countries to campus.
A newly published study co-authored by Scott Powers, analyzed newly released Major League Baseball swing-tracking data to examine one of baseball’s most debated questions: Should hitters change their swing with two strikes?
New funding from CPRIT will help Rice advance cancer research on several fronts, from strengthening a core genetic engineering facility that serves researchers across Texas to supporting new studies in cancer immunotherapy, next-generation radiation therapy and ovarian cancer.
Rice researchers recently published a paper in Science Advances showing that the nitrogen and phosphorus composition of iron meteorites are different from the composition found in later asteroids known as chondrites.
Seven alumni have been selected to serve on Rice's Association of Rice Alumni (ARA) Board of Directors : Carlin Cherry, Kate Gunn Pagel, LaKeisha Batts, Chloe Oani, Shardee Caesar Douglas, Jim Pyke and Travis Johnson. They begin their three-year terms July 1, when Alicia Burns Wright becomes president of the ARA and Andrew Lin becomes president-elect.
Rice doctoral student Agustin Prinetti will spend the fall semester in Paris studying how people use AI chatbots to fact-check political content and navigate misinformation.
Rice professor Qimiao Si developed a theory that could lead to not only better understanding of quantum entanglement in quantum materials but also more ready usage in macroscopic systems.
A team of Rice mechanical and electrical engineering students has developed an interactive, modular rehabilitation system designed to make stroke recovery more engaging, adaptable and effective for patients at home.