Indiana University Cyclotron Facility
Indiana University nuclear physics professor Mike Snow's investigations into the weak interactions of low energy neutrons will advance using equipment funded by the IU Office of the Vice Provost for Research and then put into use at the National Institute of Standards and Technology.
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For more than a decade Indiana University physicists have only been able to theorize about the nature of exotic hybrid mesons, unique particles that may be the key to unlocking how quarks bind together to form matter's building blocks. But the journey to move beyond theory in the search for these elusive particles moved a step closer Tuesday (April 14) with the turn of a shovel in Newport News, Va., where IU physicists were on hand to break ground on a $14.1 million, 8,000-square-foot experimental hall designed to test theories about exotic hybrid mesons.
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Indiana University and Crane Naval Surface Warfare Center recognized the success of an ongoing partnership to enhance national security and advance research opportunities in life sciences, physics and other fields during a ceremony Monday (April 13) at IU's Cyclotron Facility.
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Nuclear physics at Indiana University Bloomington has come a long way. The program was created 70 years ago by A.C.G. Mitchell, hired by former IU President Herman B Wells to initiate basic physics research in 1938. Between 1939 and 1941, faculty members and students worked in Swain Hall to build the program's centerpiece, a 90-ton "cyclotron." The Swain Hall cyclotron is gone, but IU cyclotron research is alive and well.
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Hans-Otto Meyer, professor of physics at Indiana University Bloomington, has received a Humboldt Research Award in recognition of lifetime achievements in research. The Alexander von Humboldt Foundation in Germany annually honors up to 100 internationally renowned scientists and scholars from abroad.
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Scientists of the MiniBooNE experiment at the Department of Energy's Fermilab announced their first findings Wednesday (April 11). The results resolve questions raised by observations in the 1990s that appeared to contradict findings of other neutrino experiments worldwide. The MiniBooNE research team included five physicists from IU.
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