Department of Chemistry and Biochemistry
NSF Grant Supports Kent State Researchers' Plan to Help Students Improve Study Habits
Kent State Chemist Follows up on Baseball Core Study, Refuting MLB Findings.
In 1901, the 16 Major League Baseball teams produced 455 home runs. Players were discouraged from attempting it. Nearly 120 years later, players couldn’t seem to help themselves, and MLB smashed all previous records. More homers might mean more exciting games, but some people question why the spike happened. A Kent State University chemist thinks he has some clues about this unusual surge in home runs.
NSF Grant Supports Kent State Researchers’ Plan to Help Students Improve Study Habits
The “C” in “college” might as well stand for “cramming.”
Studies show students are notoriously bad at adopting and adhering consistently to high-impact study habits that help them retain knowledge long-term.
Researchers and faculty at Kent State University, however, are collaborating on a new project to put a modern technological twist on a tried-and-true study tactic.
Kent State Materials Scientist Again Named Among Most Highly Cited Scholars
Kent State Materials Scientist Again Named Among Most Highly Cited Scholars
Kent State Chemists Create Microscopic Environment to Study Cancer Cell Growth
According to the American Cancer Society, there will be an estimated 1,688,780 new cancer cases diagnosed and 600,920 cancer deaths in the U.S. in 2017. These numbers are stark and sobering, and worse yet, we still do not know exactly why cancer develops in its victims or how to stop it. An online publication in Nature Nanotechnology this week by Kent State University researchers and their colleagues at Kyoto University in Japan, however, may offer new understanding about what turns good cells bad.
Nobel Laureate to Speak at Honors Week Event
Kent State Chemists Create Microscopic Environment to Study Cancer Cell Growth
According to the American Cancer Society, there will be an estimated 1,688,780 new cancer cases diagnosed and 600,920 cancer deaths in the U.S. in 2017.
These numbers are stark and sobering, and worse yet, we still do not know exactly why cancer develops in its victims or how to stop it.
An online publication in Nature Nanotechnology this week by Kent State University researchers and their colleagues at Kyoto University in Japan, however, may offer new understanding about what turns good cells bad.
