Fall 2016 This brochure was compiled by M. Caplan and M. Thoennessen for the Committee on Education of the APS Division of Nuclear Physics. If you would like to add a program please send an email to
[email protected] Contents: Arizona, University of 5 Arizona State University 7 California, University of, Los Angles 9 California, University of, Davis 11 Central Michigan University 13 Colorado, University of, Boulder 15 Colorado School of Mines 17 Connecticut, University of 19 Creighton University 21 Duke University 23 Florida International University 25 George Washington University 27 Georgia State University 29 Hampton University 31 Idaho, University of 33 Illinois, University of, Chicago 35 Indiana University 37 Iowa, University of 39 Iowa State University 41 Kentucky, University of 43 Louisiana State University 45 Massachusetts, University of, Amherst 47 Massachusetts, University of, Lowell 49 Michigan, University of 51 Michigan State University 53 Minnesota, University of 55 Mississippi State University 57 Massachusetts Institute of Technology 59 North Carolina State University 61 New Mexico State University 63 North Carolina, University of, Chapel Hill 65 Notre Dame, University of 67 Ohio University 69 Ohio State University 71 Old Dominion University 73 Purdue University 75 South Carolina, University of 77 Stony Brook University 79 Texas A&M University 81 Temple University 83 Tennessee, University of, Knoxville 85 Tulane University 87 Vanderbilt University 89 Washington, University of, Seattle 91 Washington University in St Louis 93 Wayne State University 95 William and Mary, College of 97 Wisconsin, University of, Madison 99 Yale University 101 Nuclear Theory The nuclear theory group at the University of Arizona carries out research into the structure and behavior of strongly interacting matter in terms of its basic constituents--quarks and gluons--over a wide range of conditions: from nucleons and nuclear matter to the cores of stars, and from the Big Bang that was the birth of the Universe to the heavy-ion collisions in present-day experiments.