ÐãÉ«app

Research & Science

Students Conducting Research

Last year, the Office of Student Research (OSR) successfully pivoted the 2020 Summer Undergraduate Research Experience (SURE) to a virtual format due to the COVID pandemic. The 2020 SURE program funded 77 projects, with participants spanning 37 different majors. Ann Gosky, director of the OSR in the Division of Research and Sponsored Programs, hopes to see more growth for the upcoming summer.

Image of a book and notebook laid out on a table in front of a bookcase.

ÐãÉ«app has recently received a flurry of grants totaling more than $3 million in funding from the National Science Foundation (NSF), which will support research and innovation in a wide range of fields within the College of Arts and Sciences. 

Photo of a filled bookcase

There are just a handful of chemists worldwide with h-indices above 200. The h-indices of chemists awarded the Nobel Prize during the last five years range from about 30 to 160. Mietek Jaroniec, professor in the Department of Chemistry and Biochemistry has an h-index of 125, which places him among the top chemists worldwide.

A ÐãÉ«app student conducts research in a lab during spring 2018.

The state of Ohio and the Ohio Department of Higher Education announced that ÐãÉ«app has been awarded Choose Ohio First grants totaling $3.5 million to support students in the critical fields of science (including health professions), technology, engineering and mathematics (STEM).

Division of Research & Economic Development
Image of a rocket taking off

To infinity and beyond seems to be the goal for a dedicated faculty member committed to providing the next generation of STEM students with the resources and knowledge to lay the foundation for their future accomplishments within the field. Joanne Caniglia, professor in the School of Teaching, Learning and Curriculum Studies, recently received funding from the NASA Glenn Research Center, an institute located in Cleveland, to provide K-12 students with an immersive and educational experience focused on critical thinking, observation and innovation within the field of science and engineering. 

Image of cells

For students going into the medical research field, having a chance to learn, succeed, fail and be inspired under the supervision of an accomplished researcher during their education is a priceless experience. This experiential learning would not be possible without outside funding, and now, students in Manabu Kurokawa’s lab can elevate their efforts thanks to a grant awarded to the group. 

A ÐãÉ«app student conducts research in a lab during spring 2018.

The state of Ohio and the Ohio Department of Higher Education announced that ÐãÉ«app has been awarded Choose Ohio First grants totaling $3.5 million to support students in the critical fields of science (including health professions), technology, engineering and mathematics (STEM).

Division of Research & Economic Development
Research ship in the Arctic

One of ÐãÉ«app’s newest faculty members in the Department of Geology has already made her mark with the recent publication of her and her colleagues’ work to better understand the effects of global warming as it relates to the arctic ocean. Allyson Tessin, assistant professor, specializes in biochemistry, oceanography and sedimentary geology. She is currently studying the relationship between the chemistry of the ocean and climate change.

Division of Research & Economic Development
A student and professor work in the lab together.

COVID-19 has undoubtedly changed the way people experience their education. Over the summer of 2020, ÐãÉ«app’s eight-week Summer Undergraduate Research Experience (SURE) program transitioned to a completely remote environment, and the results were surprising. 

Materials Science Graduate Program: Graduate Education on Soft Matter Science
A sketch by Oleg Lavrentovich

A liquid crystal research group at Kent State led by Oleg Lavrentovich, Ph.D., is knocking on the doors of the biomedical industry with its current project. The recent publication of research explains a technique of controlling bacteria movement with liquid crystal structures that could have a potential impact in many areas of research and medical care.