A cross-disciplinary U-M research team, led by MSE Professor Max Shtein, seeks to make telemedicine better and dramatically less expensive than current in-person medicine.
The Kioupakis and Poudeu groups collaborated on a recently published paper on the theoretical prediction and experimental discovery of a new class of materials.
In a newly published article, authors Brian Love and Julie Rieland discuss the challenges facing the recycling sector and growing distrust of secondhand goods.
Wenhao Sun’s research group is leveraging high-throughput density functional theory, applied thermodynamics, and materials informatics to develop new predictive theories of inorganic materials synthesis.
When the Covid crisis hit campus and closed labs, instructors Alan Taub and Max Shtein quickly revamped the course to give student teams the option to design Covid-related products.
A Q&A with Professor Rachel S. Goldman reveals the importance of building a robust remote learning community, including mailing hands-on activities to students' homes.
Materials Horizons highlighted Sun for being an "exceptional early-career materials researcher" for his work on developing new quantitative and predictive theories of inorganic materials synthesis.
The group from the Michigan Materials Center for Characterization, also known as (MC)2, supports a state-of-the-art micron and nanoscale materials imaging and analysis center.
Ph.D. candidate Brian Iezzi of the Shtein group is using a laser cutter to make face shields, while Professor Brian Love is looking into improving mask materials.
Wonjin Choi, Peter Meisenheimer and Mohsen Taheri all won the prestigious award, which recognizes outstanding doctoral candidates working on dissertations that are unusually creative, ambitious and impactful.
