MSU researchers are developing new materials and modifying others for better products, energy efficiency, manufacturing processes, and health, and many MSU technological breakthroughs are licensed to industry. The university’s Composite Materials and Structures Center is one of the largest integrated facilities for polymer and composites research and development in a nonindustrial environment.
Nanostructured materials are basic to emerging technologies in areas like energy, medicine, environment, and the automotive industry. Nanotechnology researchers design and build materials with desirable properties by engineering the atomic structure at the nanoscale. Read more
Synthetic materials and plant materials are finding a place along with biological materials to improve life for humans and animals. Read more
Mixing materials to form composites and alloys can change their characteristics to improve their usefulness. MSU researchers are developing novel materials with applications in many areas. Read more
Ceramics have potential medical applications, especially for bone replacement or repair. But are they strong enough? Read more
Materials that convert waste heat to electric energy offer new power sources for vehicles and manufacturing processes. MSU researchers are working to improve efficiency of thermoelectric materials. Read more
Many devices benefit from the characteristics of diamond. MSU researchers work to synthesize high-quality diamond for a variety of applications. Read more
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