The Alfred P Sloan Foundation
In a significant recognition of early-career scientific achievement, three faculty members at the University of Illinois Urbana-Champaign have been named Sloan Research Fellows for 2026. This prestigious honor, awarded by the Alfred P. Sloan Foundation, distinguishes researchers whose “creativity, innovation, and research accomplishments” mark them as the next generation of scientific leaders.
Professors Benjamin Castle of mathematics, Jacob Covey of physics, and Wei Qin of microbiology are among the Illinois 2026 cohort. The 126 early-career scientists nationwide who were selected for this honor are among them. A two-year, $75,000 award is given to each fellow, with the goal of offering them flexible assistance for their ongoing research projects.
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Advancing the Frontiers of Logic and Quantum Physics
In 2024, Benjamin Castle became a professor at the University of Illinois, specializing in mathematical logic. Castle’s research focuses on applying logical techniques to intricate domains like combinatorics and algebraic geometry. In 2021, he received his doctorate from the University of California, Berkeley. His appointment as a Sloan Fellow highlights his capacity to connect other important areas of mathematics with theoretical logic.
For his contributions to the resolution of basic issues in quantum information and communications, Jacob Covey has received recognition in the field of quantum physics. According to Covey’s methods, atoms are studied using extremely accurate “tweezers” made from concentrated laser beams. Covey has made a major impact in the field since entering the Illinois faculty in 2020, having already been awarded Young Investigator Awards by the Air Force Office of Scientific Research and the Office of Naval Research, and owning two patents. At the University of Colorado, Boulder, he earned his Ph.D. in 2017.
Decoding the Secrets of Microbes and Biogeochemistry
Our third laureate, Wei Qin, investigates the complex realm of soil and marine bacteria. Qin’s study explores how these microscopic creatures respond to environmental and ecological change stressors and impact biogeochemistry, namely the nitrogen cycle. After earning a Ph.D. from the University of Washington in 2016, Qin joined the University of Illinois in 2025. High-profile honors have already dogged his career, such as a Simons Foundation Early Career Award centered on aquatic microbial ecology and evolution and an Early Career Award from the Department of Energy.
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A Culture of High-Impact Research
These three scholars’ honors are indicative of a larger culture of diligent research at the University of Illinois Urbana-Champaign. The institute still produces a wide range of research, from public health to urban planning, with important societal ramifications.
In his recent work on “Dracula Urbanism,” for example, Professor David Wilson of the geography and spatial information science department focused on the negative aspects of technological growth. The quest for “smart cities” which use technology to manage services and resources can have detrimental effects on a city’s impoverished and most vulnerable citizens, as Wilson’s research demonstrates.
The complexity of postpartum depression is being studied by Professor Sandraluz Lara-Cinisomo, who is at the forefront of kinesiology and health research. According to her research, there are seven distinct risk factors for discomfort that affect a woman’s chance of getting the illness after giving birth. Prenatal mental health, the efficacy of pain treatment techniques, and the standard of communication between patients and healthcare professionals are some of these variables.
Furthermore, the university continues to lead the way in neurological research. According to a recent study, the gene most closely associated with Alzheimer’s disease is part of a crucial pathway. Through the inhibition of ion pumps and energy-producing enzymes in neurons, researchers discovered that this gene raises seizure activity. Importantly, the study showed that activating these energy pathways in mice models could effectively lower seizures, providing a possible avenue for future Alzheimer’s therapy.
Supporting Scientific Welfare
The Alfred P. Sloan Foundation, a non-profit organization with a clear objective, provides funding for these fellowships. Improving general wellbeing by continuously expanding scientific knowledge is its main goal. Researchers like Castle, Covey, and Qin are given flexible funding by the foundation, which guarantees that the upcoming generation of leaders will have the means to pursue ground-breaking discoveries.
These three academics’ inclusion in the Sloan Fellows program strengthens the University of Illinois’ standing as a center for innovation in the social, biological, and physical sciences.
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