Urbana—In order to examine the workings of the smallest bits of matter, particle physicists smash subatomic particles together at tremendously high speeds and then analyze the resultant sprays (called jets) of even smaller particles, following them through their various decay paths. Huge quantities of data are taken from thousands upon thousands of collisions, the data are analyzed by powerful computers, and the ultimate findings contribute to our understanding of how our world and everything in it works on the most fundamental level.
The Division of Research and Sponsored Programs would like to congratulate the recipients of the inaugural Internal Post-doctoral Seed Program. In this initial round, 12 proposals were selected which resulted in awards for the support of 14 post-doctoral associates for one year. In addition, each of these awards was augmented by the investigators' departments and/or colleges to provide a total of two years of post-doctoral support. Proposals were submitted by both individual research investigators and groups of investigators.
Kent State University researchers are co-leaders of an international team that discovered antihelium-4, the most massive antinucleus known to date. Discover magazine recently compiled a list of the top 100 science stories for 2011, and it ranked the antihelium-4 discovery as the number three story under physics and math, and as the number 20 story under all areas of science.
Kent State University researchers are part of a team of international scientists who have discovered antihelium-4, the most massive antinucleus known to date. This new discovery is the antimatter partner of the helium-4 nucleus, also called the alpha particle. Helium-4 is the normal form of helium, the second most abundant element in the universe after hydrogen.