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2013-05-17 - Main.WangMeng
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META TOPICPARENT name="HepgSeminar"
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FORM FIELD Inviter Inviter 吴群
FORM FIELD Date Date 8 May 2013
FORM FIELD Time Time 16:00
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FORM FIELD Place Place 量子报告厅(知新楼7层)
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FORM FIELD Place Place 量子报告厅
 
FORM FIELD Abstract Abstract Despite decades of research, neutrinos are still one of the least understood fundamental particles. Despite a world-wide experimental effort over the past 20 years that has started to reveal the neutrino's secrets, there is much more to be learned. One of the hopes is that a detailed study of neutrino properties will help us understand the observed asymmetry between matter and antimatter in the universe. It is also becoming clear that neutrinos play a key role in a variety of astrophysical phenomena, such as supernova explosions. I will review what is currently known about neutrinos as well as near and longer term experimental efforts.
|*FORM FIELD Speaker's CV*|SpeakersCV|Faculty and Professional Positions:

Vice Provost, Academic Affairs Illinois Institute of Technology 2013- Chair, Dept of Physics Illinois Institute of Technology 2011-2013 Professor Illinois Institute of Technology 2010-present Associate Professor Illinois Institute of Technology 2005-2010 Assistant Professor Illinois Institute of Technology 2000-2005 Visiting Assistant Professor Illinois Institute of Technology 1999-2000 Research Assistant Professor Illinois Institute of Technology 1998-1999

Other Recent Positions

Chair, Institutional Board Daya Bay Collaboration 2011-present Publication Committee Daya Bay Collaboration 2009-present Technical Board Daya Bay Project 2007-present US L2 Project Manager Daya Bay Project 2007-present Run Coordinator MINOS Experiment 2009-2010 Chair, University Faculty Council Illinois Inst of Technology 2008-2011|
 
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