Rutgers, The State University of New Jersey

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Graduate Studies in Nuclear Physics at

Rutgers, The State University of New Jersey

Serin Physics Laboratory, Rutgers University, Piscataway, NJ

Nuclear Faculty:

Experimental Faculty:

Theoretical Faculty:

Application deadline:

January 1st to be considered financial aid.

Departmental web site: www.physics.rutgers.edu

Application site: http://gradstudy.rutgers.edu/

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Contact in Nuclear Physics:

Ronald Ransome

732-445-5500 x 3873 ransome@physics.rutgers.edu

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General Info:

Rutgers University, founded in 1771 as Queen’s College, is the eighth oldest university in the US. The New

Brunswick-Piscataway campus is the largest of the three

Rutgers campuses, with over 26,000 undergraduates and

8000 graduate and professional students. With 75 faculty members in the graduate program, the Department of

Physics and Astronomy is about the tenth largest in the nation. The department has approximately 100 full time graduate students.

Nuclear physics research:

The major experimental efforts in research are in the structure of the nucleon, with efforts concentrated at

Jefferson Lab and Fermilab, nuclear structure far from stability, concentrated at Oak Ridge, and magnetic moments of excited states, concentrated at Yale. Nuclear theory efforts concentrate on nuclear structure, heavy ion collisions, and nucleon-anti-nucleon annihilation.

Other broad research areas in department:

Astronomy and astrophysics

Biophysics

Condensed matter physics

Elementary particle physics

Nuclear Faculty

Theorists: Experimentalists:

Prof. Larry Zamick

Prof. Zamick is renowned for his sense of humor and his studies of nuclear structure; he is currently working on partial dynamical symmetries. He is a Fellow of the

American Physical Society, and has received a Humboldt Prize and multiple NATO Fellowships. lzamick@physics.rutgers.edu

Prof. Noemie Benczer Koller

Prof. Benczer Koller measures magnetic moments to study the structure of nuclei. Prof. Koller is currently serving as chair of the

American Physical Society Forum on International Physics. She received the 2006 APS Division of Nuclear Physics

Distinguished Service Award, the 2001 Rutgers Daniel

Gorenstein Memorial Award, for outstanding scholarship and service to the university, and is a Fellow of APS and AAAS. Prof.

Koller has previously served as chair of APS DNP, and on the

Nuclear Sciences Advisory Committee, advising NSF and DOE on national nuclear physics research priorities. nkoller@physics.rutgers.edu

Prof. Aram Mekjian

Prof. Mekjian studies relativistic heavy-ion collisions, densityfunctional theory of nuclear structure, biophysics, discrete mathematics, and is an accomplished artist. Prof.

Mekjian has received a Humboldt

Prize, a Fulbright Scholars

Fellowship, and the 2005 Rutgers

Society of Physics Students

Outstanding Teacher Award. He is an

APS Fellow. mekjian@physics.rutgers.edu

Prof. Jolie Cizewski

Professor Cizewski’s research is at the interface of nuclear and astrophysics, studying reactions with rare isotope beams, including those along the r process path of nucleosynthesis that may occur in supernova explosions. Her research is conducted at rare isotope accelerators at Oak Ridge National Laboratory and Michigan State University. She is a fellow of the APS and

AAAS and is a recognized leader in graduate education in nuclear science. cizewski@physics.rutgers.edu

Prof. Wim Kloet

Prof. Kloet studies properties of mesons (quark-anti-quark systems, sometimes with gluonic excitations) and matter-antimatter annihilation; he has made critical analyses of the existence of dibaryon resonances.

Prof. Kloet has received a NATO

Fellowship. kloet@physics.rutgers.edu

Prof. Ronald Ransome

Prof. Ransome is currently leading efforts to study the structure of nucleons and nuclei through neutrino scattering at Fermilab; this effort will revolutionize knowledge of neutrino interactions and provide data needed for interpreting neutrino oscillation experiments. Prof. Ransome is Associate Chair of the

Department. ransome@physics.rutgers.edu

Prof. Ronald Gilman

Prof. Gilman leads experiments at Jefferson Lab studying the structure of nucleons and few-body nuclei, and is also working at

Fermilab. Prof. Gilman is Chair of the Jefferson Lab Users

Group, Chair-Elect of the APS Group on Hadronic Physics, and an APS Fellow. rgilman@physics.rutgers.edu

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