Center for Electron Microscopy and Analysis (CEMAS)

Be a part of the Cryo-EM Resolution Revolution at CEMAS

The Center for Electron Microscopy and Analysis (CEMAS) is at the forefront in the convergence of physical and life sciences. Our multidisciplinary approach drives synergy, amplifies characterization capabilities in order to challenge “what is possible” in electron microscopy. | LEARN MORE

Air Force Research Laboratory looks to CEMAS for materials innovation

The Air Force Research Laboratory (AFRL) and The Ohio State University’s Center for Electron Microscopy and Analysis (CEMAS) have established a long-term research collaboration platform for advanced materials characterization. The Air Force Research... | LEARN MORE

Defense funding enables acquisition, upgrading of essential R&D tools

Materials Science and Engineering Professor David McComb and Electrical and Computer Engineering Professor Paul Berger have earned federal grants for laboratory equipment useful in advancing research of importance to national defense. The Department... | LEARN MORE

DoD-funded research will advance electronic materials, additive manufacturing

Engineering faculty representing several disciplines soon will receive Department of Defense (DoD) funding to accelerate important research and training of graduate students. The Ohio State College of Engineering research teams have received 2 of the... | LEARN MORE

CEMAS students awarded at Materials Week

Congratulations are in order to the Top 10 poster winners showcasing research at Ohio State during the 2018 OSU Materials Week! Of the ten winners, three are CEMAS students and post-docs, including Dr. Bryan Esser (advised by Dr. David McComb ), Gabriel Calderon Ortiz (advised by Dr. | LEARN MORE

Multidisciplinary team receives DARPA award to develop novel magnetic materials

As market forces drive electronic and mechanical devices to become smaller and smaller, there is a rapidly intensifying need for high-density and energy-efficient magnetic information storage. However, magnetic storage becomes increasingly volatile... | LEARN MORE