Tony G. Reames advances Detroit sustainability with $900K Kresge award

The award, given by the Brown Institute for Basic Sciences at Caltech, provides Li with up to $2 million over five years to advance his work on fundamental challenges in the physical sciences. Li’s selection as part of this elite third cohort highlights the Brown Institute for Basic Sciences’ commitment to those with potential for long-term practical applications in chemistry and physics. Li will use the Investigator Award to develop new methods for thermal transport and resonance measurements in high magnetic fields to probe the electronic states of insulators. Magnetic fields generally turn the direction of moving electrons, with a well-known example in Michigan: the aurora, where Earth’s magnetic field acts on charged particles from the sun. Li’s proposed experiments will further determine whether, in some special insulators, the magnetic field may act directly on charge-less particles.

As part of Google's growing efforts to support excellent research in academia, we are pleased, effective January 22, 2026, to award The Regents of the University of Michigan an unrestricted gift of $527,227. We understand The Regents of the University of Michigan intends to use this gift to support the "SEISMIC 2.0 Assessment Initiative" currently led by Tim McKay. The overall goal of SEISMIC Phase Two is to promote greater adoption of assessment practices in large introductory STEM courses across a range of institutions and departments. To achieve this goal, Seismic will support STEM disciplinary teams in piloting revised assessments in STEM courses across the collaboration and evaluating their efficacy.

harlotte Chan, an assistant professor in the University of Michigan Department of Mathematics, is one of 20 early-career scientists and engineers who have been named 2025 Packard Fellows. The David and Lucile Packard Foundation has awarded this cohort $875,000 each over five years to pursue their research. “I’m overwhelmed and very honored,” said Chan, who works in an area of math known as representation theory. “I still can’t believe it.” Representation theory provides a mathematical framework for understanding symmetry in the world around us, in both qualitative and quantitative terms, Chan said. This understanding can lead to powerful problem-solving tools, not just in math, but in many areas of science and engineering where symmetries appear.