Indiana University

Media Relations

Tuesday, November 25, 2003

Physics Department

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High-power and high-energy batteries to be explored

The Indiana University Nanoscience Center is sponsoring a workshop on advanced battery technologies from 8:30 a.m. to 5 p.m. on Friday, Nov. 13, in the IU Bloomington Chemistry Department. The workshop is an outgrowth of a major two-day Energy Conference held at IU Bloomington and Indiana University-Purdue University Indianapolis in August.   Full Story >>

Mind-bending displays, cyclotron tours set for IU Physics-Astronomy weekend open house

The Indiana University open house to end all open houses, complete with a perilous bed of nails, streaking rocket cars, imploding oil drums and soda cans ripped apart by magnetic fields, will be brought to you Saturday (Oct. 31) by the IU Departments of Physics and Astronomy.   Full Story >>

From A-bombs to Imaginariums, Oppenheimer is focus of book tour, Monday colloquium

Award-winning science writer and University of Southern California Annenberg School of Journalism professor KC Cole will speak here Monday (Oct. 19) about her new biographical memoir of atomic bomb developer Frank Oppenheimer.   Full Story >>

IU physicist's study of nucleon interactions funded for NIST lab

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.   Full Story >>

Star crust 10 billion times stronger than steel, IU physicist finds

Research by a theoretical physicist at Indiana University shows that the crusts of neutron stars are 10 billion times stronger than steel or any other of the earth's strongest metal alloys.   Full Story >>

After delays, IU scientists now full-ahead on $278 million neutrino project

They may be traveling through solid rock at about 200 miles per millisecond, but Indiana University's Mark Messier and a team of 180 other physicists hope that by keeping a close eye on those fast-moving neutrinos they may find an answer to one of particle physics' longstanding quandaries: Why do the most elementary particles have the mass that they do?   Full Story >>



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