Three MSE-affiliated faculty will play key roles in designing materials that are more than the sum of their parts and can be rapidly translated to manufacturing using 3D printing.
In a newly published article, Dr. Kyle Bushick and Professor Manos Kioupakis highlight potential pathways to modify the AMR rate in silicon - the most important semiconductor and solar cell material - via strain engineering.
Hovden, who explores matter at the atomic scale, was one of 93 scientific researchers in the country - and the only one in Michigan - to receive this prestigious honor.
A newly published paper from the Li lab explains how - though it seems counterintuitive - cracks in the positive electrode of lithium-ion batteries is actually a good thing.
The new center will build a campus-wide ecosystem for designing and manufacturing materials of the future at U-M while training a more representative workforce.
A team led by Rachel Goldman is exploring how disruptions in a material's atomic structure could act as "nano-pipelines" for efficient transport of charge and spin.
Wang's research focuses on wide bandgap semiconductors, which have potential applications for power electronics and radio frequency communication devices.
