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Maurice V. Barnhill III, Ph.D. (Stanford), Professor: Elementary
particle theory. |
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Siu-Tat Chui, Ph.D. (Princeton), Professor, Bartol Research Institute:Condensed
matter theory, low dimensional and amorphous materials. |
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William B. Daniels, Ph.D. (Case Western Reserve), Unidel Professor
of Physics: Condensed matter physics, high-pressure laser light scattering. |
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Paul A. Evenson, Ph.D. (Chicago), Professor, Bartol Research Institute:
Space physics, solar and cosmic ray studies. |
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Cheng-Ming Fou, Ph.D. (Pennsylvania), Professor: Nuclear physics
and accelerator-based atomic physics. |
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Thomas K. Gaisser, Ph.D. (Brown), Professor, Bartol Research Institute:
Elementary particle theory, high energy astrophysics. |
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Henry R. Glyde, D.Phil. (Oxford), Professor and Chair: Condensed
matter theory, neutron studies of condensed matter, liquid helium. |
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George C. Hadjipanayis, Ph.D. (Manitoba), Professor: Experimental
condensed matter physics: magnetism, nanocrystalline materials. |
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Arthur Halprin, Ph.D. (Pennsylvania), Professor: Elementary
particle theory. |
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Edward H. Kerner, Ph.D. (Cornell), Professor: Theoretical physics,
relativity and nonlinear systems. |
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William H. Matthaeus, Ph.D. (William and Mary), Professor, Bartol
Research Institute: Space physics, plasma physics, turbulence theory,
and computational physics. |
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James B. Mehl, Ph.D. (Minnesota), Professor; also Interim
Associate Dean, College of Art and Science: Acoustics, condensed matter
physics. |
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Dermott J. Mullan, Ph.D. (Maryland), Professor, Bartol Research
Institute: Astrophysics, solar and stellar physics. |
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Norman F. Ness, Ph.D. (Massachusetts Institute of Technology), Professor
and President, Bartol Research Institute; Director of Delaware Space Grant
College Consortium: Space physics, planetary and interplanetary magnetism. |
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David G. Onn, Ph.D. (Duke), Professor: Condensed matter physics,
thermal properties of advanced materials. |
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Stuart Pittel, Ph.D. (Minnesota), Professor, Bartol Research Institute:
Theoretical nuclear physics, nuclear astrophysics. |
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Qaisar Shafi, Ph.D. (Imperial College, London), Professor, Bartol
Research Institute: Elementary particle theory, cosmology. |
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Mark Sharnoff, Ph.D. (Harvard), Professor: Biophysics, holography
of biosystems. |
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Harry Shipman, Ph.D. (California Institute of Technology), Professor:
Astronomy and astrophysics, white dwarfs. |
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Todor S. Stanev, Ph.D. (Sofia), Professor, Bartol Research Institute:
Particle astrophysics, cosmic ray physics. |
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Krzysztof Szalewicz, Ph.D. (Warsaw), Professor: Theoretical
atomic and molecular physics. |
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George H. Watson, Ph.D. (Delaware), Professor: Laser spectroscopy
of condensed matter, photonic band structure. |
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Shien-Biau Woo, Ph.D. (Washington University), Professor: Atomic
and molecular physics. |
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Stephen M. Barr, Ph.D. (Princeton), Associate Professor, Bartol
Research Institute: Elementary particle theory. |
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John Bieber, Ph.D. (Maryland), Associate Professor, Bartol Research
Institute: Cosmic ray physics. |
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Chung Ngoc Leung, Ph.D. (Minnesota), Associate Professor: Elementary
particle theory. |
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James MacDonald, Ph.D. (Cambridge), Associate Professor: Astronomy
and astrophysics, white dwarfs, cataclysmic variables. |
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John D. Morgan III, Ph.D. (California, Berkeley), Associate Professor:
Theoretical atomic and molecular physics. |
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Stanley P. Owocki, Ph.D. (Colorado), Associate Professor, Bartol
Research Institute: Astrophysics, stellar winds. |
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David Seckel, Ph.D. (University of Washington), Associate Professor,
Bartol Research Institute: Cosmology, particle astrophysics. |
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Karl M. Unruh, Ph.D. (Johns Hopkins), Associate Professor: Condensed
matter, finite size effects, thin films. |
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Barbara A. Williams, Ph.D. (Maryland), Associate Professor:
Astronomy and astrophysics, radio astronomy and groups of galaxies. |
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Gary P. Zank, Ph.D. (Natal), Associate Professor, Bartol Research
Institute: Space physics, plasma physics, astrophysics. |
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Norbert Mulders, Ph.D. (Delaware), Assistant Professor: Condensed
matter, low temperatures. |
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Lucio Piccirillo, Dott. (Rome), Assistant Professor, Bartol Research
Institute: Millimeter astronomy and cosmology, low-temperature techniques. |
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John Q. Xiao, Ph.D. (Johns Hopkins), Assistant Professor: Experimental
condensed matter, transport, magnetism, and superconductivity in artificial
nanostructures. |
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