Spring 2003 APS AnnouncesPrizes Spring 2003and Prize andAwards Award Recipients

Thirty-six APS prizes and awards will University in Kingston, Ontario as professor In 1938 he moved to 2003 DAVISSON GERMER PRIZE be presented during special sessions at of physics and director of the Sudbury Princeton University, three spring meetings of the Society: the Neutrino Observatory (SNO) Institute and Ruud Tromp where he remained until 2003 March Meeting, 3-7 March, in Aus- in 2002 he was awarded a University IBM TJ Watson Research Center 1976. He then spent a tin, TX; the 2003 April Meeting, April 5-8, Research Chair in Physics. His research has Citation: “For his pioneering work in decade at the University in Philadelphia, PA; and the 2003 meet- centered on the use of the nucleus as a understanding the structure and growth of of Texas at Austin. His ing of the APS Division of Atomic, laboratory for the investigation of semiconductor surfaces and interfaces.” early contributions Molecular and Optical Physics, May 21- fundamental symmetries and interactions include the S matrix, the Tromp received a degree of physics 24, 2003; in Boulder, CO. of nature. He continues an active teaching theory of nuclear rotation, the theory of engineer from the Twente University of Citations and biographical informa- and research program in addition to the nuclear fission, action-at-a-distance Technology (the Netherlands) in 1978. In tion for each recipient follow. The Directorship of SNO. electrodynamics , and the collective model 1982 he obtained his Apker Award recipients appeared in of the nucleus. Beginning in 1952, he became PhD degree in physics the December 2002 issue of APS News immersed in gravitation physics, “inventing” 2003 HERBERT P. BROIDA PRIZE from the University of (http:/www.aps.org/apsnews/1202/ the geon and quantum foam, and later Utrecht, for research at 120205.html). Additional biographical George W. Flynn coining the terms Planck scale and black hole. the FOM Institute for information and appropriate Web links Columbia University In the 1940s Wheeler contributed to the Atomic and Molecular can be found at the APS Web site Citation: “For pioneering, insightful and Manhattan Project, and in the 1950s to the Physics in Amsterdam. (http:/www.aps.org). Nominations for sustained studies of vibrational energy development of thermonuclear weapons. He In 1983 he joined the IBM most of next year’s prizes and awards transfer in polyatomic molecules using a served as APS President in 1966. T.J. Watson Research are now being accepted. For details, see number of innovative experimental Center as a research staff member. At IBM pages 7 and 8 of this of this insert. techniques, and for recent contributions to he has held positions as manager of 2003 DANNIE HEINEMANN PRIZE understanding of liquid-solid interfaces Interface Science, and of Analytical PRIZES using scanning probe techniques.” Yvonne Choquet-Bruhat Science, as consultant to the IBM Université Pierre et Marie Curie, Paris Flynn received his PhD from Harvard in Corporate Technology Council, and 2003 HANS A. BETHE PRIZE 1964. He did postdoctoral work in physics at presently as manager of Molecular James W. York Michael C. F. Wiescher M.I.T. from 1964-1966. In 1967 he joined Assemblies and Devices. His research Cornell University Columbia University’s Chemistry Department interests include the structure and growth University of Notre Dame Citation: “For separate as well as joint as an assistant professor. He served as Thomas of surfaces and interfaces, surface phase Citation: “For his contributions to the work in proving the existence and uniqueness Alva Edison Professor (1986-92) and became transitions, modifications of crystal of solutions to Einstein’s gravitational field experimental foundation of nuclear Higgins Professor of Chemistry in 1994. From growth by organic and inorganic astrophysics, especially the delineation of the equations for a variety of sources, and for 1979-2000 he served as monolayers (‘surfactants’), and the formulating these equations so as to improve processes involved in explosive hydrogen either director or co- development of novel experimental burning in novae and x-ray bursters; and for numerical solution procedures with director of the Columbia techniques and methods. relevance to realistic physical systems.” providing an intellectual bridge between Radiation Laboratory, experimental nuclear astrophysicists and and was appointed Born in Lille, France, 2003 EINSTEIN PRIZE their theoretical colleagues.” director of the Columbia Choquet-Bruhat studied at the Ecole Normale Wiescher is pre- Environmental Molec- Peter G. Bergmann Superieure and received sently the director of ular Sciences Institute in Syracuse University, (deceased) her PhD in 1951 from the the Joint Institute of 1998. His research John A. Wheeler Universite de Paris. She Nuclear Astrophysics interests include vibrational relaxation Princeton University, (retired) was a researcher at (JINA) and Freimann processes in molecules with “chemically Citation: “For pioneering investigations Princeton University’s Professor of Physics significant” amounts of energy and laser in general relativity, including gravitational Institute for Advanced Study for two years at the University of temperature-jump techniques. radiation, quantum gravity, black holes, space before joining the faculty of the Universite de Notre Dame. His time singularities, and symmetries in Marseille in 1953. She has been a professor at present research interests range from 2003 OLIVER E. BUCKLEY PRIZE Einstein’s equations, and for leadership and the Universite de Paris since 1968, where she nucleosynthesis scenarios during late stellar inspiration to generations of researchers in currently holds emeritus status. Her current evolution to the fate of matter on accreting Boris Altshuler general relativity.” work is on developing the best hyperbolic white dwarfs and neutron stars. He also Princeton University formulation of evolution problems in developed a pioneering scientific program Citation: “For fundamental contributions Bergmann was born numerical studies; and on lowering the of close collaboration between nuclear to the understanding of the quantum in Berlin. At age 21, he smoothness of solutions of constraints in physicists and astrophysicists within the mechanics of electrons in random potentials received his PhD from isolated bodies. She received France’s highly interdisclipinary field of nuclear and confined geometries, including the German University prestigious commandeur de la legion astrophysics. Wiescher got his PhD in 1980 pioneering work on the interplay of in Prague. From 1936 to d’honneur in 1999. at Muenster. He is very active in the future interactions and disorder.” 1941, he collaborated planning of the field from the motivation with Albert Einstein at and construction of Rare Isotope Accelerator Altshuler was born the Institute for York studied at North Carolina State RIA to the Underground Laboratory. on January 27, 1955 in Advanced Studies. University, where he received his PhD in Leningrad (now St. From 1941-1944, Bergmann taught at Black 1966. He joined the faculty of Princeton Petersburg) Soviet Mountain College and at Lehigh University. University in 1968, where he initiated studies 2003 TOM W. BONNER PRIZE Union (now Russia). In From 1944-1947, he was engaged in war of the constraint equations of Einstein’s Arthur Bruce McDonald 1970 he started his research on underwater sound at Columbia Queen’s University, Canada undergraduate studies University and the Woods Hole at Leningrad State Table of Contents Citation: “For his leadership in resolving Oceanographic Institution. In 1947, he took the solar neutrino problem with the Sudbury University and received a position at Syracuse University. Here Neutrino Observatory.” his Diploma in 1976. The same year he together with his students and coworkers Prize and Award became a graduate student at the he began a research program to construct a McDonald earned Leningrad Institute for Nuclear Physics. quantum theory of relativity. He retired Recipients his PhD from California Altshuler received his PhD there in 1979 from Syracuse University in 1982 and 1 Institute of Technology and continued to work at that Institute until became a Research Professor at NYU. He New APS and worked at the 1989, first as a junior research fellow and died on October 19, 2002. Chalk River Nuclear later as a senior research fellow. In 1989 he Fellows Laboratories of AECL moved to the US and joined the faculty of Wheeler received his PhD in theoretical 4 until 1981. From 1981 to the Massachusetts Institute of Technology. physics from Johns Hopkins University in Nominations for 1989 he was a professor In 1996 he moved to Princeton University, 1933. Following postdoctoral years in New of physics at Princeton University and co- where he is a professor of physics. From York and in Copenhagen, he joined the 2002 Prizes and principal investigator of the Princeton 1994 Altshuler also became a Fellow at the faculty of the University of North Carolina. 8 Awards Cyclotron. In 1989 he moved to Queen’s NEC Research Institute. theory. His other Stanford University and 60 times before Congress. He has a BS in later, associate professor of physics at the principal research postdoctoral research at physics and honorary doctorate from University of Genova from 1964 to 1971, interest is the statistical the California Institute of Christian Brothers College, and a PhD in when he moved to the University of thermodynamics of Technology, Lieber physics from Florida State University. Waterloo in Canada. Since 1986 he has black holes and moved in 1987 to the been the Donner Professor of Science at gravitational fields East Coast to assume an Princeton University. Scoles is a pioneer 2003 W.K.H. PANOFSKY PRIZE generally. In 1973 York assistant professor of modern molecular beam techniques joined the faculty of the position at Columbia William Willis that he has applied to the study of atomic University of North Carolina at Chapel Hill. University. He moved to Columbia University and molecular interactions both in the gas He became Distinguished Professor in 1989 Harvard University in 1991 and now holds Citation: “For his leading role in the phase and at the gas-surface interface. and retired in 2002, when he joined the a joint appointment in the Department of development and exploitation of innovative More recently, in collaboration with faculty of Cornell University as Professor Chemistry and Chemical Biology, where he techniques now widely adopted in particle Lehmann, he has carried out spectroscopic of Physics, associated with the Laboratory is the Mark Hyman Professor of Chemistry, physics, including liquid argon calorimetry, studies of energy redistribution in for Elementary Particle Physics and the and the Division of Engineering and Applied electron identification by detection of polyatomics molecules. Center for Radiophysics and Space Sciences. At Harvard Lieber has pioneered transition radiation, and hyperon beams.” Research. the synthesis of a broad range of nanoscale 2003 POLYMER PHYSICS PRIZE materials. In his spare time, Lieber recently Willis studied physics at Yale University. founded a nanotechnology company, His thesis work centered on the Andrew J. Lovinger 2003 IRVING LANGMUIR PRIZE NanoSys, Inc., with the modest goal of development of hydrogen bubble National Science Foundation and Bell Phaedon Avourls revolutionizing commercial applications in chambers, earning him a PhD in 1958. He Laboratories, Lucent Technologies IBM Research chemical and biological sensing, computing, then joined Brookhaven Laboratory, Citation: “For his contributions to Citation: “For fundamental pioneering photonics, and information storage. continuing bubble fundamental understanding of structure, contributions to nanostructures and atomic- chamber studies, morphology and properties in technologically scale phenomena at surfaces.” particularly on the important polymers.” 2003 LARS ONSAGER PRIZE weak decays of kaons Avouris is currently Pierre C. Hohenberg and hyperons. He Lovinger received his PhD in 1976, all manager of Nanometer Yale University spent 1961-2 at in chemical engineering and applied Scale Science and chemistry from Columbia University. In Citation: “For contributions to a wide CERN, participating Technology at the IBM T.J. 1977 he joined the range of topics in statistical and condensed in the measurement Watson Research Center. Technical Staff at Bell matter physics; including the theory of of the S-L parity. In He received his PhD Laboratories. In 1995 he dynamic scaling close to critical points, the 1966 he moved to Yale, where he degree from Michigan moved to the National theory of pattern formation in nonequilibrium measured the correlations of the spins State University in 1975. Science Foundation, but systems, and density functional theory.” charged hyperons and neutrons from After postdoctoral work at UCLA and AT&T their decay. He joined CERN in 1973, continued part-time Bell Laboratories he joined the Research Hohenberg received his PhD (1962) in where a result of his series of experiments research at Bell Division of IBM in 1978. Over the years, his physics from Harvard University. After was the discovery of direct production of Laboratories until his research has involved a wide variety of postdoctoral study at single photons in 1979. In 1990 he moved retirement in 2001. At the NSF, Lovinger subjects including laser spectroscopy, surface the Institute for Physical to Columbia University, where he has been serving as director of the physics and chemistry, scanning tunneling Problems in Moscow continued to work on heavy ion collisions. Polymers Program in the Division of microscopy and manipulation with proximal and the Ecole Normale He is currently Project Manager for the Materials Research since 1995. His research probes. His current research focuses on the Superieure in Paris, he US ATLAS Collaboration, working with has focused on correlation between electrical properties and transport mechanisms joined AT&T Bell the ATLAS experiment at the CERN Large structure, morphology, and properties of in carbon nanotubes, molecular wires and Laboratories, where he Hadron Collider. polymeric and organic materials. His other nanostructures. was a Member of most recent contributions have been on Technical Staff from polymeric and organic thin-film transistor 2003 EARLE K. PLYLER PRIZE 1964 to 1995. In 1995 he moved to Yale materials for “plastic electronics”. 2003 JULIUS EDGAR LILIENFELD University as Deputy Provost for Science Kevin Lehmann Lovinger is a past recipient of the APS PRIZE and Technology, a position he currently Giacinto Scoles Dillon Medal (1985). Frank Wilczek occupies. His research prior to 1995 was in Princeton University MIT low-temperature and condensed matter Citation: “For their collaborative 2003 I. I. RABI PRIZE Citation: “For his role in the development theory, and statistical physics. In his current contributions to our understanding of of asymptotic freedom and other aspects of position he oversees the science and intramolecular dynamics by high resolution Mark Kasevich quantum chromodynamics, a cornerstone of engineering departments of the Yale’s spectroscopy and to atomic and molecular Stanford University the standard model; for his remarkable Faculty of Arts and Sciences and is the senior spectroscopy in liquid He nanodroplets, Citation: “For developing atom versatility in research in condensed matter research officer of the University. through the experimental and theoretical interferometer inertial sensors with and astrophysics as well as particle physics; development of molecular and cluster beam unprecedented precision, and for pioneering and for his outstanding ability to lecture and 2003 GEORGE E. PAKE PRIZE spectroscopy.” studies of Bose-Einstein condensates, write with clarity, profundity, and especially the achievement of non-classical enthusiasm.” C. Paul Robinson Lehmann was spin states and the demonstration of a mode- Sandia National Laboratories awarded a PhD in locked atom laser.” Wilczek is known for the discovery of Citation: “For his leadership roles as chemical physics from asymptotic freedom, the development of Kasevich is a professor of physics at Director of the Sandia National Laboratories Harvard University in quantum chromodynamics, the invention Stanford University. His research interests and as Head of the US Delegation to the US/ 1983, and was a Junior of axions, and the discovery and exploitation include atom optics and USSR arms control talks in Geneva, and for Fellow in the Harvard of new forms of quantum dilute, ultra-cold quantum his pioneering contributions to the Society of Fellows from statistics (anyons). He fluids. He graduated from development of high explosives lasers, e- 1983-86. He joined the received his PhD from Dartmouth College in beam initiated chemical lasers, and Chemistry Depart- Princeton University and 1985 with a BA in physics. molecular laser isotope separation methods.” ment of Princeton University in late 1985, taught there from 1974 to was promoted to associate professor in He received his PhD from 1981. From 1981 to 1988, Robinson is president of Sandia Corp. 1991 and to full professor in 1995. Stanford University, he was the Chancellor and director of Sandia National Lehmann’s early research focused on Department of Applied Robert Huttenback Laboratories. He is a member since 1991 of using high resolution molecular Physics, in 1992, and was a Professor of Physics at the University of the Strategic Advisory Group for the spectroscopy to study Intramolecular member of the Stanford physics department California at Santa Barbara, and the first Commander, U.S. Strategic Command. Vibrational energy Redistribution (IVR) faculty from 1992-7. From 1997-2002 he was permanent member of the National Science Since 1998, he has served on Department of in small polyatomic molecules. In 1987, a member of the Yale University physics Foundation’s Institute for Theoretical Defense’s Threat Reduction Advisory he and Giacinto Scoles used single and department faculty. Physics. In the fall of 2000, he moved from Committee. Appointed by Presidents double resonance molecular beam the Institute for Advanced Study, where he Ronald Reagan and George Bush, spectroscopy to study IVR in medium to 2003 ANNESUR RAHMAN PRIZE was the J.R. Oppenheimer Professor, to the Ambassador Robinson large polyatomic molecules. More Massachusetts Institute of Technology, served as Chief recently, they have used these methods Steven R. White where he is the Herman Feshbach Professor Negotiator (1988-90) to study the dynamics of atoms and University of California, Irvine of Physics. He is a past recipient of the APS and headed the U.S. molecules dissolved in or attached to Citation: “For his development, J.J. Sakurai Prize, and contributes regularly Delegation to the US/ superfluid helium nanodroplets. application, and dissemination of the to Physics Today and to Nature. USSR Nuclear Testing numerical density matrix renormalization Talks in Geneva, which Scoles graduated group (DMRG) method.” produced: “Protocols 2003 JAMES C. MCGRODDY PRIZE from the University of White is a professor of physics at the to the Threshold Test Genova (Italy) in 1959 University of California at Irvine. He Charles Lieber Ban” Treaty and the “Peaceful Nuclear with a chemistry completed his PhD degree in physics from Harvard University Explosions” Treaty. He was senior vice degree. He did post- Cornell University in 1987. Subsequently Citation: ”For his outstanding president, principal scientist, and board doctoral work at the he was a post doc at UC Santa Barbara, contributions in nanostructured and member of Ebasco Services Inc., a N.Y.- Kamerlingh-Onnes and then joined the faculty at UC Irvine in functional nanostructured materials.” based engineering/construction firm. He Laboratorium of the 1989. His research throughout his career led defense programs at Los Alamos University of Leiden in The Netherlands After completing doctoral studies at has focused on computational methods National Laboratory and has testified over from 1961 to 1964. He was assistant and, 2 APS Honors and Awards for studying quantum interferometry experiments with BEC’s. His heterostructures and superlattices, served as AAPT President 1966-67 and as systems. He developed group invented the widely used magneto- communicated with unusual enthusiasm Executive Officer in 1975-77. She involved and applied quantum optical laser trap and the Dark Spot MOT, and eloquence.” herself in essentially all aspects of AAPT’s Monte Carlo methods and operates the world’s most accurate activities. In 1985 she and Spencer R. Weart Schuller received to strongly correlated mass spectrometer. edited History of Physics: Readings from PhD (1976) from systems, including the Physics Today. Northwestern Univer- high temperature 2003 FACULTY MEMBER FOR sity. From 1978-1987 he super-conductors and RESEARCH IN AN UNDERGRADUATE was a senior physicist 2003 JOHN H. DILLON MEDAL invented the density matrix INSTITUTION PRIZE and group leader at renormalization group. He is currently Helmut Strey Argonne National serving as Councillor for the Division of Dhiraj Sardar University of Massachusetts, Amherst Laboratory. Since 1987 Computational Physics of the APS. University of Texas at San Antonio he has been a professor of physics at the Citation: “For contributing significantly Citation: “For his outstanding research on University of California, San Diego, and to our understanding of the physics of 2003 J. J. SAKURAI PRIZE the interaction of laser light with matter, presently is Layer Leader, Materials and biopolymers and polyelectrolytes.” particularly the spectroscopic characterization Devices of CAL-(IT)2 Institute, and Director Alfred Mueller Strey is an assistant professor of of new solid-state media, for his involvement of AFOSR-MURI at UCSD. Current scientific Columbia University and support of undergraduates in his research, polymer science and engineering at the interests include the preparation, University of Massachusetts, Amherst, a George Sterman and for his dedication to minority student characterization and study of metallic education.” position he has held since 1998. He received State University of New York superlattices, heterostructures and his PhD in physics in at Stony Brook Sardar received his PhD in physics nanostructures. Schuller has also dedicated 1993 from the Citation: “For developing concepts and from Oklahoma State University in 1980. considerable effort to popularizing physics Technical University, techniques in QCD, such as infrared safety Following two years of postdoctoral work through public lectures and educational T.V. Munich, and joined the and factorization in hard processes, which and a one-year National Institutes of permitted precise quantitative predictions visiting faculty 2003 EDWARD A. BOUCHET Healthy the following and experimental tests, and thereby helped position at Oklahoma AWARD year. His research to establish QCD as the theory of the strong State University, he focuses on nature’s interactions.” taught physics at Homer Neal ability to assemble Indiana-Purdue University of Michigan simple molecular building blocks into Mueller received a PhD in physics from University at Fort Citation: “For his significant highly ordered materials, such as those MIT in 1965. The years 1965-1971 were Wayne. In 1984, he contributions to experimental high energy found in cell membranes, cell nuclei, spent at Brookhaven National Laboratory, moved to the physics, for his important role in cytoskeletons, cartilage or bone. He is using and he has been at University of Texas at San Antonio as an formulating governmental science policy, for aqueous self-assembly to create micro- and Columbia since 1972. assistant professor of physics and became his service as a university administrator at nano-structures for the next generation of In the past Mueller has a professor of physics in 1995. His current several universities, and for his advocacy of controlled drug delivery, chiral separation worked on the theory research interests are: (1) spectroscopic diversity and educational opportunity at all and DNA sequencing applications. and phenomenology and laser properties of rare earth ions levels.” of high-energy doped in crystalline solids and (2) optical hadronic reactions, on 2003 JOSEPH F. KEITHLEY characterization of biological tissues and Neal is the Samuel the short distance studies on laser-tissue interactions. His A. Goudsmit Professor AWARD behavior of QCD, on of Physics at the research in spectroscopy of new laser Arthur Ashkin properties of the large order perturbative materials has involved over thirty University of Michigan. series in QCD and on testing and Bell Laboratories undergraduate students. Six of his He received his PhD in understanding QCD using hard reactions Citation: “For theoretical and research students have received seven physics from the in hadrons and nuclei. His current research experimental contributions to the awards for outstanding presentations at University of Michigan focuses on high field strength and high- understanding of laser cooling and trapping the Texas Section of the APS Conferences. in 1966. He has served density QCD systems. as Provost at the State University of New of atoms and particles, for demonstrating the York at Stony Brook (1981-86), as dean optical gradient forces on atoms and the trapping of atoms with light, and for Sterman received his PhD from the 2003 ROBERT R. WILSON PRIZE for research and graduate development inventing optical tweezers and showing how University of Maryland in 1974. He held at Indiana University (1976-81), and at the Helen T. Edwards they can be used to measure the physical forces research associate postitions at the University of Michigan as physics Fermi National Accelerator Laboratory generated by biological molecular motors.” University of Illinois (1974-1976), Stony department chair, vice president for Citation: “For her pivotal achievement Brook University research and interim president. His and critical contribution as the leader in the Ashkin received a PhD in nuclear (1976-1978), and the research area is experimental high energy design, construction, commissioning and physics from Cornell University in 1952. Institute for Advanced physics and he is currently conducting operation of the Tevatron and for her He worked at the Study (1978-1979), research at the European Laboratory for continued contributions to the development Columbia Radiation before joining the Particle Physics. Neal also participates in of high gradient superconducting linear Lab (1942-1945) while in faculty of the C.N. Yang the DZERO collaboration that in 1995 accelerators as well as bright and intense the army, and at AT&T Institute for Theoretical announced the discovery of the top electron sources.” Bell Laboratories (1952- Physics at Stony Brook quark. 1991). At Bell in 1979. He became Edwards attended Cornell University, Laboratories he did director of the Institute in 2001. His where she received her PhD in 1966. She 2003 JOSEPH A. BURTON FORUM research on micro- research interests are centered on how served as a research associate at Cornell AWARD waves, nonlinear optics, and laser the complex outcomes observed in from 1966 through 1969 and worked on trapping. He discovered optical trapping collision experiments arise in quantum the commissioning of the 10 GeV electron Melba Newell Phillips of dielectric particles and proposed stable field theories. In recent years he has synchrotron and on resonant beam University of Chicago, retired optical trapping of atoms. He made the developed ideas on the summation of extrac-tion. She joined Citation:“For tireless efforts in physics first observation of optical gradient forces large corrections to all orders in the Fermilab staff in late education, for continued work in preserving on atoms and the first observation of perturbation theory. 1969 where she lead the the history of physics as well as other service molasses and optical trapping of atoms. effort which brought to the physics community, for her role in the Fermilab 8 GeV 2002 ARTHUR L. SCHAWLOW founding the Federation of American Booster into operation. 2003 MARIA GOEPPERT MAYER PRIZE Scientists, and as a model of a principled She was instrumental in scientist.” AWARD David E. Pritchard com-missioning the 400 Chung-Pei Michele Ma MIT Phillips earned a PhD in Physics from GeV Main Accelerator. University of California, Berkeley Citation: “For groundbreaking studies In the late 70’s and 80’s she was a co-leader the University of California at Berkeley Citation: “For her important of coherent atom optics and pioneering work in the construction of the Tevatron and in 1933. She did research in atomic and contributions to theoretical astrophysics, on laser cooling and trapping of atomic served as Head (1987) of the Accelerator molecular physics, and particularly in the areas of relativistic gases.” Division. From 1989 to early 1991, she has held faculty evolution of density perturbations, testing of served as technical director at the SSC then positions or fellowships Pritchard graduated from Caltech (BS structure formation models with massive joined DESY in Hamburg Germany and at the University of 1962) and Harvard (PhD 1968), and has been neutrinos, and the clustering and dynamics became interested in RF California-Berkeley, employed at MIT since of dark matter halos around galaxies.” superconductivity. She presently has joint Bryn Mawr College, the 1966. He has studied van appointments at DESY and Fermilab. Institute for Advanced der Waals molecules two- Ma received both Study, Connecticut her undergraduate and photon spectroscopy, line AWARDS, MEDALS AND College, Brooklyn broadening, and atom- PhD degrees in physics LECTURESHIPS College, the University of Minnesota, from MIT (1987, 1993). molecule collisions. His Washington University St. Louis, pioneering observation of While studying particle 2003 DAVID ADLER University of Chicago, and the State the Kapitza-Dirac effect physics and theoretical LECTURESHIP AWARD University of New York at Stony Brook. cosmology at MIT, she and Bragg scattering of atoms opened the She has authored two much-used field of atom optics, and led to his group’s Ivan Schuller was enrolled in the textbooks: Principles of Physical Science with New England Conser- development of nanofabricated diffraction University of California, San Diego Francis Bonner, and Classical Electricity and gratings for atoms. His group also does vatory of Music in Boston for violin Citation: “For research in metallic Magnetism with W.K.H. Panofsky. Phillips performance classes. She was a prize fellow APS Honors and Awards 3 at the California Institute of Technology Hessels is a professor and Canada achieved unprecedented precision for a 2003 JOHN WHEATLEY AWARD (1993-1996) and an assistant and associate Research Chair in the Department of neutrino-nucleon scattering experiment. professor of Physics and Astronomy at the Physics and Astronomy at York Kennedy Reed She is currently a collaborator on the University of Pennsylvania (1996-2001). She University in Toronto, Lawrence Livermore National Booster Neutrino Experiment recently joined the astronomy faculty at the Canada. He received his Laboratory (MiniBooNE) at Fermilab and a postdoc University of California at Berkeley. Ma’s undergraduate degree at Citation: “For multifaceted contributions to at Columbia University. primary research interests are dark matter, Calvin College in Grand the promotion of physics research and education Zeller’s dissertation the cosmic microwave background, and the Rapids, Michigan in 1984 in Africa, for developing agreements for made use of the high large-scale structure of the universe. and received his PhD at exchange of faculty and students between statistics samples of Notre Dame University in American and African institutions, for neutrino and antineutrino 1991. Since 1992, he has organizing and conducting international data collected at the 2002 NICHOLSON MEDAL FOR been a faculty member at workshops and conferences on physics in Africa, HUMANITARIAN SERVICE NuTeV experiment to York University. His current research and for advocating increased American and greatly minimize sys- Ramon E. Lopez includes precision measurements of the international involvement with physics in tematic uncertainties. As a result of this University of Texas at El Pasos n=2 triplet P fine structure of helium, Africa.” strategy, her thesis represents the most Citation: “For accomplishments in which will lead to a precise determination precise neutrino measurement to date of Reed earned a PhD improving the quality of science education of the fine-structure constant, as well as the fundamental constant which relates the in physics at University for all Americans. For contributions as antihydrogen physics within the ATRAP W and Z boson masses in the standard of Nebraska. He is a founder of the Teacher Scientist Alliance collaboration. model of particle physics. This now- theoretical physicist at Institutes which introduced K-12 students published result shows a deviation with Lawrence Livermore to the excitement of scientific discovery. respect to the standard model expectation 2003 LEO SZILARD National Laboratory, For increasing participation of that is significant at the level of three standard LECTURESHIP AWARD working in research on underrepresented minorities in physics.” deviations. The result has thus sparked much atomic collisions in high Robert Socolow interest in the international particle physics Lopez is currently temperature plasmas. community. More recently, Zeller has been the C. Sharp Cook Princeton University He has contributed to the understanding of working on measuring and modeling low Distinguished Professor Citation: “For leadership in indirect processes in electron-impact energy neutrino interaction cross sections of Physics at the establishing energy and environmental excitation and ionization of highly charged at MiniBooNE. She looks forward to results University of Texas at El problems as legitimate research fields for ions. He is also director of the LLNL from this new experiment. Paso. He received his physicists, and for demonstrating that Research Collaborations Program for PhD in space physics these broadly-defined problems can be HBCUs. He has been active in programs of from Rice University in addressed with the highest scientific the International Center for Theoretical 2003 DISSERTATION IN NUCLEAR 1986. His research area is space plasmas, and standards.” Physics in Trieste, Italy; has served as Vice PHYSICS AWARD his current interests center on space weather Chair of the APS Committee on Socolow is a professor of mechanical Karsten Heeger and global magnetohydrodynamic International Scientific Affairs; and was and aerospace engineering at Princeton, Lawrence Berkeley National Laboratory simulations of the magnetosphere. He has elected to the International Union of Pure where he has been on Citation: “For his role in the generation served on a variety of education and and Applied Physics, Commission on the faculty since 1971. and analysis of the data from the Sudbury outreach committees and in elected Physics for Development. He was the director of Neutrino Observatory, and the resulting positions in the APS, AGU, and the Society the Center for Energy resolution of the solar neutrino problem.” for the Advancement of Chicanos and and Environmental DISSERTATION AWARDS Native Americans. From 1994-1999 he was Studies, 1979-1997. He Heeger received his the APS Director of Education where he teaches in the School of PhD in August 2002 established the Teacher-Scientist Alliance 2003 TANAKA DISSERTATION Engineering and Ap- from the University of Institutes. Lopez also the co-producer of AWARD plied Science and in the Washington. Where he Electric Space, a 4000 square-foot traveling Woodrow Wilson School of Public and Geralyn P. “Sam” Zeller worked on a model- museum exhibit on the space environment, International Affairs. Socolow’s current Northwestern University independent measure- and he is the co-author of Storms from the research focuses on global carbon Citation: “For her contributions to the ment of the solar 8B Sun, a popular science book about space management, the hydrogen economy, and precision measurement of the weak mixing angle neutrino flux in the weather. fossil-carbon sequestration. He is the co- in neutrino-nucleon interactions. This work Sudbury Neutrino Observatory (SNO). principal investigator (with ecologist, provides the most accurate measurement to date He graduated from Oxford University in 1995. He is currently a Chamberlain 2003 FRANCIS M. PIPKIN AWARD Stephen Pacala) of Princeton’s new multi- of the weak mixing angle using this technique. disciplinary Carbon Mitigation Initiative The value lies three standard deviations away Fellow in the Physics Division at Lawrence Eric Hessels (CMI). Socolow earned a PhD in l964 from from global electroweak fits, suggesting the Berkeley National Laboratory and a York University Harvard University in theoretical high existence of physics contributions from beyond member of the KamLAND experiment, Citation: “For a wide range of high energy physics. He was an assistant the standard model.” which recently confirmed the hypothesis precision measurements to test fundamental professor of physics at Yale University of solar neutrino oscillation using Zeller graduated from Northwestern interactions in atomic physics, especially fine from l966 to l97l. Socolow co-edited Patient terrestrial neutrinos. His current research University with a PhD in 2002. Her structure splittings in helium as a measure Earth (l97l), one of the first college interests include neutrino physics and dissertation, entitled “A Precise of the fine structure constant, and for an textbooks in environmental studies. weak interactions. Karsten is the 2003 innovative experimental technique to create Measurement of the Weak Mixing Angle Chair of the APS Forum on Graduate atoms of antihydrogen.” in Neutrino-Nucleon Scattering,” Student Affairs (FGSA). APS Council Announces 2002 APS Fellows

The APS Council elected 6 Members as Fellows of the Society at its November 2002 DAMOP (Atomic, Molecular, Optical) Bilger, Robert William meeting. The names and citations of the new APS fellows are listed below. Nominations For his creative experimental studies of molecular dis- University of Sydney, Australia Fluid Dynamics for fellowship are received by the APS headquarters throughout the year, and are sociation dynamics via fragment coincidence and 3D For outstanding contributions to knowledge of turbu- forwarded for review to the appropriate division or topical group fellowship commit- imaging techniques; and for his studies of the creation and decay of long-lived metastable molecular ions. lent reactive flows through insightful experiments, tees. These, in turn, forward their recommendations to the APS Fellowship Committee, theory and modelling, especially for elucidating the chaired in 2002 by APS Vice President William Brinkman. fundamental processes in turbulent combustion and for the development of the conditional moment Fellowship nomination forms may be obtained by writing to the APS Fellowship Recommended closure. Office, One Physics Ellipse, College Park, MD, 20740-3844, by accessing the APS URL 2002 Fellows (http://www.aps.org), or by sending an email message to [email protected]. Deadlines Borchers, Julie Ann for fellowship nominations in 2003 can be found on page 8 of this insert. (Alphabetical by Unit) National Institute of Standards and Technology Magnetism & Its Application Benka, Stephen G. For her insightful neutron investigations into interlayer Astrophysics 2002 Fellows American Institute of Physics, Maryland exchange interaction phenomena in magnetic thin films For contributions to non-accelerator, experimental Forum on Physics & Society and superlattices. Affleck, Ian Keith particle physics, especially as co-spokesperson of For his leadership at Physics Today magazine, unwa- Boston University the Antarctic Muon and Neutrino Detector Array, vering commitment — scientific, social, educational, Bunce, Gerry M. DCMP (Condensed Matter) charged with oversight of detector operations and and political — and consistently high standards of Brookhaven National Laboratory For important theoretical contributions to quantum management of scientific output. journalism on behalf of the physics community. Nuclear Physics magnetism and quantum impurities, and for the pre- For work in spin physics, including the muon ‘g-2’ Baskerville-Bridges, Frank George diction of possible flux phases in the high temperature Baskerville-Bridges, Frank George Benson, Stephen Vincent experiment, contributions and leadership in the University of California, Santa Cruz superconductors. Thomas Jefferson National Accelerator Facility RHIC spin program and the discovery of lambda po- DCMP (Condensed Matter) Physics of Beams larization in production at high energy. Agarwal, Ramesh K. For important innovations in EXAFS techniques lead- For critical contributions to the development of free- Wichita State University ing to improved understanding of local structure and electron lasers, including the first demonstration of Butler, Laurie Jeanne Fluid Dynamics correlated atomic displacements. lasing at harmonics and of multi-kilowatt lasing with University of Chicago For pioneering development of Computational Fluid an energy recovered linac. Chemical Physics Beck, Douglas H. Dynamics methods and codes for the aerodynamic Beck, Douglas H. For fundamental and pioneering contributions to the University of Illinois at Urbana-Champaign analysis and design of all categories of aerospace Bermanman, Gennady P. understanding of non-adiabatic effects in molecular Nuclear Physics vehicles and outstanding contributions to Los Alamos National Laboratory photophysics and photoreactivity. For pioneering work in the use of parity-violating elec- Computational Physics aeroacoustics, magnetohydrodynamics and rarefied tron scattering to elucidate the quark structure of the For his internationally recognized expertise in the Carena, Marcela gas dynamics. nucleon. areas of classical and quantum dynamical systems, Fermi National Accelerator Laboratory Barwickwick, Steven W. dynamical chaos, dynamics of quantum computation, Particles & Fields Ben-Itzhak, Itzik University of California, Irvine and modeling of nano-devices. For her outstanding contributions to the physics of Kansas State University Higgs bosons and Supersymmetry.

4 APS Honors and Awards Chen, Yu-Jiuan Diaz de la Rubia, Tomas tics, including the development of the Raman two-pho- Shock Compression Topical Group Lawrence Livermore National Laboratory Lawrence Livermore National Laboratory ton laser and the investigation of multiphoton optical For pioneering use of large-scale atomistic computer simu- Physics of Beams Computational Physics amplification processes in laser-driven atomic vapors. lations (massively parallel nonequilibrium molecular For revolutionizing the achievable beam quality of For his contributions to multi-scale modeling of mate- dynamics) in studying shock waves in condensed matter. linear induction accelerators and advancing the state- rials and seminal research on defect processes in Goldstein, Raymond E. of-the art of flash x-ray radiographic technology. solids under irradiation or high strain-rate conditions. University of Arizona Hsiao, Benjamin S. Biological Physics State University of NY at Stony Brook Chou, Mei-Yin Dickinson, J. Thomas For his outstanding contributions to theoretical and Polymer Physics Georgia Institute of Technology Washington State University experimental studies of nonlinear dynamics and pat- For insightful experiments to elucidate the early DCMP (Condensed Matter) Materials Physics tern formation in physical and biological systems. stages of crystallization of polymers, particularly For seminal contributions to the development and For his pioneering and innovative work in basic bond through development of powerful synchrotron X-ray Grobe, Rainer application of electronic structure techniques, breaking mechanisms, and the forces on particles at techniques. applied successfully to studies of structural and solid surfaces during mechanical or radiative stimulation. Illinois State University Laser Science electronic properties of materials. Hubbell, John Howard Doe, Peter John For pioneering theoretical contributions to the under- National Institute of Standards and Technology Clark, W. Gilbert University of Washington standing of one- and two-electron systems in intense, Forum on International Physics University of California, Los Angeles Nuclear Physics short-pulse laser fields and propogation of coupled For constructive syntheses of data on photon inter- Inst. & Measurements Topical Group For experimental neutrino physics including the dem- laser pulses in multi-level dielectric material. actions in compilations used around the world in a For developing magnetic resonance instrumentation and onstration of destructive interference in the charged- wide range of disciplines, and for his effective promo- Grotberg, James Bernard methods, widely disseminating their application, and and neutral-current scattering of electron neutrinos, tion of radiation physics in developed and developing University of Michigan using them to investigate semiconductors, and the observation of solar neutrinos in the Sudbury countries. Fluid Dynamics superconductors, organic conductors, low-dimensional Neutrino Observatory. For the identification and quantification of physical magnets, heavy fermions, and charge and spin density Hull, Robert Dorsey, Alan Thomas mechanisms in pulmonary fluid mechanics including University of Virginia waves. University of Florida wheezes, high-frequency ventilation, and surfactant Forum on Industrial and Applied Physics Clary, David C. DCMP (Condensed Matter) transport. For the development of pioneering in-situ electron University College London For seminal contributions to the theory of magnetic microscopy techniques for elucidating dislocation Gruebele, Martin Chemical Physics flux dynamics and non-equilibrium pattern formation physics in semiconductors and in strained layer epi- University of Illinois at Urbana-Champaign For his elegant and pioneering theoretical contributions in superconductors. taxial systems. Biological Physics to the fields of intermolecular interactions, collisional Escudero, Roberto Derat For pioneering the field of the study of the early energy transfer, cluster spectroscopy, and chemical Hunt, Julian C. R. Universidad Nacional Autonoma de Mexico events in protein folding using laser temperature jump University College London reaction dynamics at the quantum state-to-state level. Forum on International Physics initiation and fluorescence lifetime detection. Forum on International Physics Cohen, Ronald Elliott For outstanding contributions to the development of For his long-lasting contributions to the understanding Gschneider Jr., Karl A. Carnegie Institution of Washington physics in Latin America and forefront research in and modeling of various fluid flow phenomena in nature Iowa State University Computational Physics electron tunneling and point contact spectroscopy in and in engineering practice as well as for extensive Magnetism & Its Application For contributions to the understanding of the physics superconducting and magnetic materials. services to the fluid mechanics community. For contributions to the scientific understanding and of ferroelectrics, and for developments of methods Evans, James William applications of rare earth elements, their alloys and and understanding of high pressure and temperature Imamoglu, Atac Iowa State University compounds. University of California, Santa Barbara materials properties. DCMP (Condensed Matter) DAMOP (Atomic, Molecular, Optical) Hale, Gerald M. Cohn, Daniel R. For the development and application of models of the For major innovation in quantum optics and Los Alamos National Laboratory Massachusetts Institute of Technology non-equilibrium processes of epitaxy, chemisorption mesoscopic physics. Few Body Systems Topical Group Plasma Physics and catalytic reactions at surfaces. For phenomenological studies of light nuclear sys- For pioneering the use of plasma processing for envi- Jackson, Alan Falk, Adam Frederick tems leading to detailed knowledge of their scattering Lawrence Berkeley National Laboratory ronmental, hydrogen production and hydrocarbon fuel Johns Hopkins University amplitudes and resonances, and to refined predic- Physics of Beams efficiency applications. Also, for innovative concepts Particles & Fields tions of nuclear data used in a variety of applications. For pioneering work in the development and construc- for high field tokamak fusion reactor design and For his contributions to the theoretical understanding tion of 3rd generation synchrotron radiation sources. operation. of hadrons containing bottom and charm quarks. Hammer, Philip W. The Franklin Institute - Philadelphia, PA Jacobs, Donald T. Coltrin, Michael E. Federman, Steven Robert Forum on Physics & Society The College of Wooster, Ohio Sandia National Laboratory University of Toledo For dedicated efforts to forge strong links within the Chemical Physics Forum on Industrial and Applied Physics Astrophysics physics community and for creative and effective For contributions to the understanding of critical phe- For contributions to the fundamental understanding For high quality spectroscopic observations of inter- contributions to help the physics community meet its nomena in liquids, and for sustained mentoring of of the gas-phase and surface chemical processes in stellar species, especially those relevant to light future institutional, social, and educational challenges. undergraduate students engaged in research. the chemical vapor deposition of semiconductor element synthesis and chemical fractionation, and materials. for measurements of oscillator strengths needed to Hansen, P. Gregers Jaeger, Heinrich Martin Michigan State University University of Chicago Composto, Russell J. interpret the data. Nuclear Physics DCMP (Condensed Matter) University of Pennsylvania Finn, Lee Samuel For his many contributions to nuclear physics, and in For fundamental contributions to the study of granu- Polymer Physics Penn State University particular to our understanding of halo nuclei and the lar systems, mesoscopic self assembly, and flux flow For his excellent contributions in the diffusion and Computational Physics in superconductors. surface/interface phenomena in polymer physics through structure and decays of nuclei far from stability. For innovative contributions to the computational in- innovative experimental studies. frastructure for gravitational wave detection, detector Hardy, Christopher J. Jiang, HongWen University of California, Los Angeles Conrad, Janet Marie modeling, data analysis and source simulations. GE Corporate Research and Development, New Columbia University Forum on Industrial and Applied Physics DCMP (Condensed Matter) Particles & Fields Fiorito, Ralph Bruno For contributions to the science and technology of mag- For fundamental experimental studies of the ground- For her leadership in experimental neutrino physics, Catholic University of America netic resonance imaging, particularly methods for the state phases of the two dimensional electron gas, Physics of Beams particularly for initiating and leading the NuTeV decay noninvasive visualization of cardiac anatomy, function, including the first identification of the Hall metal state For pioneering contributions to the understanding and channel experiment and the Mini-BooNe neutrino and metabolism, and for the MRI selective pulse design. in a half-filled Landau level. application of transition radiation, diffraction radia- oscillations experiment. tion and parametric x-radiation. Hardy, Walter Newbold John, Sajeev Conradi, Mark S. University of British Columbia University of Toronto Fortov, Vladimir E. Washington University, Missouri Fortov, Vladimir E. DCMP (Condensed Matter) DCMP (Condensed Matter) DCMP (Condensed Matter) Russian Academy of Sciences For seminal contributions to high Tc superconductivity, For pioneering contributions to studies of classical Shock Compression Topical Group For innovation of sensitive nuclear magnetic reso- and for pioneering spectroscopic studies of hydrogen wave localization in disordered systems and to the For pioneering work on the physical properties of hot nance methodologies applicable at high pressures in using NMR, microwave and Raman techniques. theory of photonic band gap systems. dense plasmas at multimegabar pressures and very diamond anvil cells. high temperatures achieved with shock compression. Harris, Vincent G. Jones, Barbara A. Copel, Matthew Warren Naval Research Laboratory, Washington IBM Almaden Research Center Fourkas, John T. TJ Watson Research Laboratory Fourkas, John T. Magnetism & Its Application DCMP (Condensed Matter) Forum on Industrial and Applied Physics Boston College For contributions to magnetism in revealing the role of For outstanding contributions to theories of impurity Chemical Physics For contributions to the development of ion beam atomic structure in local magnetic phenomena, magnetism and spin transport in magnetic For his experimental and theoretical contributions in analytical methods and to the fundamental under- including the discovery of the structural origins of mag- nanostructures. the use of nonlinear optical techniques to study standing of the structure, properties and reactions of netic anisotropy in rare earth-based amorphous alloys. dynamics in condensed phases. Jung, Chang Kee electronic materials. Hastie, Robert James State University of New York at Stony Brook Gagliardi, Carl Albert Particles & Fields Cubaynes, Denis UKAEA Fusion Culham Science Center, Texas A&M Univesity For leadership in experiments to understand the Paris-Sud University. LURE Laboratory Plasma Physics Nuclear Physics DAMOP (Atomic, Molecular, Optical) For recognition of his numerous and seminal contribu- nature of neutrino oscillations and proton decay. For his leadership role in measuring the ratio of the For his achievements in the field of atomic photoion- tions to theoretical plasma physics; particularly his anti-down to anti-up sea quark content in the proton Kagan, Morton R. ization of laser-excited atoms and for having brought key role in the development of the modern theory of IBM and Florida Atlantic University and in the development of new indirect techniques for new insights into the creation and the properties of stability in confined plasmas. Forum on Education nuclear astrophysics. hollow atoms. Hayes, Anna C. For leveraging his IBM research leadership into un- Galik, Richard S. dergraduate physics education reform incorporating Das, Ashok Kumar Los Alamos National Laboratory Cornell University technology and pedagogy, and for later work (after University of Rochester Nuclear Physics Particles & Fields Particles & Fields For her contributions to studies of the weak interac- retirement) to strengthen undergraduate physics For his many contributions to our understanding of For contributions in the areas of supergravity, inte- tion in nuclei, in particular providing the instruction at several universities. the tau lepton, his insightful two-photon work, and his grable models and finite temperature field theory. nuclear-structure calculations of the underlying weak leadership in understanding and explaining the poten- Kagan, Harris P. matrix elements. The Ohio State University Davies, Paul Brett tial of the Upsilon resonances to probe meson structure Particles & Fields University of Cambridge and test QCD. Hibbert, Alan Chemical Physics Queen’s University, United Kingdom For his contributions to the early B-meson and tau- For innovative high resolution infrared laser spectros- Galloway, Kenneth Franklin DAMOP (Atomic, Molecular, Optical) lepton physics, and the development of high resolution copy of free radicals, ions and other transient Vanderbilt University For important contributions to atomic structure physics and radiation hard charged particle tracking detectors. Forum on Industrial and Applied Physics molecules and for infrared-visible sum frequency spec- via the development of widely-used configuration inter- For extensive and substantive contributions in Kahn, Antoine troscopy of surfactants at interfaces. action codes, definitive calculations of atomic transitions, Princeton University applied physics and engineering science that have and pioneering atomic collisions calculations. Materials Physics Debevec, Paul Timothy yielded an improved understanding of radiation For pioneering work on the atomic and electronic struc- University of Illinois at Urbana-Champaign effects in solid-state devices. Hill, John P. Nuclear Physics Brookhaven National Laboratory ture of surfaces and interfaces of organic and For novel development of instrumentation and deep Gammon, Daniel DCMP (Condensed Matter) inorganic semiconductors. Naval Research Laboratory, Washington For novel x-ray scattering studies of cuprate, man- intellectual contributions to a broad range of photo- Kaufman, James H. DCMP (Condensed Matter) Kaufman, James H. nuclear experiments, hadron spectroscopy, and ganite and other correlated electronic systems. IBM Almaden Research Center For advances in the optical spectroscopy of single precision muon physics. Forum on Industrial and Applied Physics semiconductor quantum dots using ultrahigh spatial Hoagland, David Alan For his invention of nitrogenated diamond-like carbon DePaola, Brett David and spectral resolution. University of Massachusetts, Amherst that has become a standard protective overcoat in Kansas State University Polymer Physics DAMOP (Atomic, Molecular, Optical) Gauthier, Daniel Joseph For his pioneering efforts in the dynamics and trans- the disk storage industry. Duke University port of charged polymers. For developing and applying technologically advanced Kaye, Stanley Martin DAMOP (Atomic, Molecular, Optical) Kaye, Stanley Martin experimental methods for studying basic atomic col- Princeton University For fundamental studies in nonlinear and quantum op- Holian, Brad Lee lision processes. Los Alamos National Laboratory Plasma Physics

APS Honors and Awards 5 For pioneering investigation of confinement characteris- For his fundamental, groundbreaking analyses of many DCMP (Condensed Matter) Prosper, Harrison Bertrand tics of strongly heated tokamak plasmas that serves as microscopic and macroscopic aspects of the equilib- For important contributions to computational techniques and Florida State University a foundation for predictions of confinement trends of ria, oscillations, stability, evolution, and gravitational their application to the manganites, d-wave superconduc- Particles & Fields modern tokamak and spherical torus plasmas. radiation of relativistic rotating stars. tors and other correlated electronic systems. For leadership in developing Bayesian and other analy- sis techniques in particle physics, especially as Kennedy, Lawrence A. Lindle, Dennis W. Morris, Robert Alan applied to measurements of the mass and cross sec- Air Force Research Laboratory, Hanscom AFB University of Illinois at Chicago University of Nevada, Las Vegas tion of the top quark, and particle searches. Fluid Dynamics DAMOP (Atomic, Molecular, Optical) DAMOP (Atomic, Molecular, Optical) For significant and sustained contributions to the fluid For seminal contributions to the understanding of the For fundamental studies of ion and electron interactions Pullin, Jorge dynamics of diverse chemically reacting systems and breakdown of fundamental approximations in atomic and with molecules at thermal energies and application to Pennsylvania State University for engineering applications of that work. molecular photoionization and the polarization of x-rays atmospheric and hypersonic plasma problems. Gravitational Topical Group induced by photoionization of atoms and molecules. For his outstanding contributions to black hole phys- Kerr, Donald M. Nathanson, Gilbert Maker ics and quantum gravity. Central Intelligence Agency Lipschultz, Bruce University of Wisconsin - Madison Forum on Physics & Society Massachusetts Institute of Technology Chemical Physics Rabe, Karin M. For outstanding talent, public service and scientific Plasma Physics For the pioneering use of molecular beam scattering Rutgers University leadership that have made significant contributions For fundamental contributions to the physics under- experiments to explore collisions, solvation, and Materials Physics to the national security of the United States. standing of low temperature plasmas characteristic chemical reactions at gas-liquid interfaces. For fundamental contributions to the development and of the edge of fusion devices, including radiation application of theoretical and computational methods Khokhlov, Alexei M. Nolte, David D. induced condensation, volume recombination, and for the study of structural phase transitions in solids. Naval Research Laboratory, Washington Purdue University Computational Physics cross-field particle transport. Laser Science Ratcliff, Blair Norman Stanford Linear Accelerator Center For the development of innovative computational tech- Lohse, Detlef For innovative exploitation of materials science lead- Particles & Fields niques and their successful application to critical University of Twente, Netherlands ing to significant discoveries in photorefractive effects problems in astrophysics and combustion science. Fluid Dynamics and dynamic holography, adaptive interferometry, time- For broad contributions to experimental particle phys- For his decisive role in unraveling the mystery of reversal symmetry, and phase conjugate fidelity in ics, especially studies of the B meson system, and KoshibaKoshiba, Masatoshi single-bubble sonoluminescence and his ingenuity in magnetic fields. for the invention of the DIRC, a novel Cherenkov University of Tokyo, Japan developing scaling arguments for turbulent thermal detector for particle identification. Particles & Fields Nordlander, Peter For creating the Kamioka neutrino observatory, de- convection. Rice University RatraRatra, Bharat Kansas State University tecting neutrinos from Supernova 1987A and from Lovelace, Richard V. E. Chemical Physics Astrophysics the Sun, and for the discovery of neutrino oscillations Cornell University For pioneering contributions to the chemical physics through the interactions of atmospheric neutrinos. Plasma Astrophysics of atom-surface interactions, including the develop- For his contributions to a range of topics in early For pioneering contributions to the physics of astro- ment of a many-body theoretical description of charge Universe cosmology, including the quantum mechan- Krause, Jeffrey L. physical jets and disks, the discovery of the period of transfer processes in atom-surface scattering. ics of inflation and the cosmological constant problem. University of Florida the Crab Nebula pulsar, and the study of turbulence Few Body Systems Topical Group Nori, Franco Reed, Mark Arthur For his fundamental research on the dynamics and con- in the interplanetary medium. University of Michigan Yale University DCMP (Condensed Matter) trol of atomic and molecular states in external fields, Lyons, Peter B. DCMP (Condensed Matter) For pioneering contributions to the investigation of elec- including the theoretical interpretation of experimental Science And Technology Advisor to Senator For innovative theoretical contributions to the study results and the prediction of novel phenomena. Forum on Physics & Society of vortex dynamics in superconductors, dynamical tronic transport in quantum confined heterojunction For outstanding contributions to science policy in the instabilities, Josephson junction arrays and quantum devices, nanostructures and molecular scale systems. Kronfeld, Andreas S. United States, exemplary leadership in management interference. Fermi National Accelerator Laboratory Reinhold, Carlos O. of research and development at Los Alamos National Particles & Fields Olmstead, Marjorie Ann Oak Ridge National Laboratory For his contributions to lattice quantum chromo Laboratory, and significant wide-ranging research on University of Washington DAMOP (Atomic, Molecular, Optical) dynamics and its application to the phenomenology optical fibers. Forum on Industrial and Applied Physics For pioneering contributions to the understanding of classical-quantum correspondence in time-dependent of the standard model. Manousakis, Efstratios For innovative studies of interface formation between interactions of atoms with ions, solids and electro- Florida State University dissimilar materials, especially the competition be- Krueger, Susan Takacs Computational Physics tween thermodynamic and kinetic constraints in magnetic pulses. National Institute of Standards and Technology controlling morphologies and properties of Biological Physics For innovative and original computational studies in Richter, Achim heterostructures. For significant contributions to the advancement of the many-body problem including development of Technische Universitaet Darmstadt, Germany novel algorithms to tackle the many-fermion problem Forum on International Physics biological physics in determining the structures of Orlando, Thomas Michael important biomolecular complexes and biomimetic with very important applications to condensed-mat- Georgia Institute of Technology For his many contributions to nuclear science — in membranes through innovative use of neutron small ter physics. DAMOP (Atomic, Molecular, Optical) particular for the discovery of the scissors mode of elementary magnetic excitation. angle scattering and reflectometry. MazumdarMazumdar, Sumitendra For innovative studies of electron interactions with University of Arizona complex targets and for applying fundamental atomic Kryder, Mark Howard Rogers, Forrest James DCMP (Condensed Matter) and molecular physics to investigations of non-ther- Seagate Technology LLC, Pennsylvania Lawrence Livermore National Laboratory mal processes at interfaces and surfaces. Forum on Industrial and Applied Physics For pioneeing numerical work treating electronic cor- Plasma Physics relations, ground state broken symmetries, For developing the ACTEX equation of state and OPAL For outstanding contributions to the understanding of Pecora, Louis M. magnetic domain behavior, and leadership in the tech- photophysics and nonlinear spectroscopy. Naval Research Laboratory, Washington opacity models and successfully applying them to important astrophysical and laboratory plasma prob- nologies of information storage. McMahan, Margaret A. Norris Statistical & Nonlinear Physics lems including helioseismology, variable stars, and Lawrence Berkeley National Laboratory For stimulating research in analysis and application Kurizki, Gershon Forum on Education of nonlinear and chaotic systems regarding synchro- laser shock experiments. The Weizmann Institute of Science, Israel nization of oscillators, applications of chaos to DAMOP (Atomic, Molecular, Optical) For her creative leadership and initiative in bringing Sackmann, Erich communication systems, and data analysis using For discovering innovative approaches to the control of nuclear science to students, teachers, and the public. Technical University of Munich state space reconstructions. Biological Physics the quantum properties of electromagnetic fields inter- McMahan, Andrew K. For distinguished contributions to understanding the acting with atomic, molecular, and condensed media. Lawrence Livermore National Laboratory Perdrisat, Charles F. Computational Physics College of William and Mary physics of biological membranes, macromolecular Lambrecht, Walter R. L. For pioneering work on the computation of effective Nuclear Physics networks, and the actin-based cytoskeleton as well Case Western Reserve University For his leadership of studies of the electromagnetic as for developing techniques to measure viscoelas- Materials Physics Hamiltonian parameters for superconducting oxides and structure of the proton through polarization transfer, ticity and adhesion forces. For his seminal contributions to a better understand- phase transitions of materials under high pressure, and which have shown large differences between the dis- ing of the electronic structure and linear and nonlinear the subsequent solution of the associated models. Savage, Martin John tributions of charge and magnetization. University of Washington optical properties of semiconductors, in particular wide Melia, Fulvio Nuclear Physics band gap semiconductors, chalcopyrites and rare- University of Arizona Petek, Hrvoje earth pnictides. Astrophysics University of Pittsburgh For development of effective field theories for the For his fundamental work elucidating the physics of com- Laser Science nucleon and deuteron, for work on parity and CP Landen, Otto Lamotte pact astrophysical objects, particularly the supermassive For development and application of interferometric violation, and for partially quenched chiral perturba- Lawrence Livermore National Laboratory time-resolved photoemission to studies of ultrafast tion theory in lattice QCD. Plasma Physics black hole at the Galactic Center, and the multi-phased electron and nuclear dynamics at metal surfaces. For pioneering work in the fields of picosecond laser- environment within which it is embedded. Savard, Guy Argonne National Laboratory plasma interactions, advanced diagnostics, x-ray Merlino, Robert Louis Phillips, Philip W. Nuclear Physics driven ICF implosions and time-dependent hohlraum University of Iowa University of Illinois Urbana-Champaign symmetry control. Plasma Physics DCMP (Condensed Matter) For his work in precision experiments on weak inter- For seminal experiments investigating fundamental For creative theoretical contributions to the studies actions and for developing techniques to stop and Lasinski, Barbara F. plasma properties with wide ranging implications to of strongly correlated electronic systems, including manipulate ions of short-lived nuclei for measure- Lawrence Livermore National Laboratory the random dimer model and superconducting-insula- ments in ion traps. Plasma Physics space and dusty plasmas. tor transitions. For development and application of particle-in-cell codes Meyerhofer, David Dietrich Schiavilla, Rocco for laser-plasma interaction physics, and a long series University of Rochester Piomelli, Ugo Thomas Jefferson National Accelerator Facility of contributions to the understanding of the physics of Plasma Physics University of Maryland Nuclear Physics targets for high-power laser experiments. For his significant contributions and leadership in the Fluid Dynamics For advancing the theory of nuclei as systems of areas of direct-drive inertial confinement fusion and For important and insightful contributions to the de- nucleons bound together by two- and three-body Lerch, Irving A. high-intensity laser-matter interactions, including the velopment of large eddy simulation techniques and to forces, and particularly for studies of their electroweak American Physical Society, Maryland the understanding of wall-bounded turbulent flows. interactions. Forum on International Physics observation of photon-photon pair production. For his tireless efforts to improve the climate for Meyers, Peter Daniel Ponce, Fernando A. Scuseria, Gustavo E. international cooperation in science, and his extraor- Princeton University Arizona State University Rice University dinary ability to harness resources in support of Particles & Fields Forum on Industrial and Applied Physics Chemical Physics international science, particularly in underdeveloped For contributions to rare kaon decay experiments, For novel applications of electron microscopy for mea- For his original contributions to the development of fast regions and regions in crisis. service and leadership in the particle physics com- surement of semiconductor interface atomic and accurate electronic structure methods and their munity, and for communicating the excitement of the arrangement and the effect of atomic structures on the applications to fullerenes and other large systems. Lewis, George N. field to expert and non-expert alike. electronic and optoelectronic properties of materials. MIT Sethian, John Dasho Naval Research Laboratory, Washington Forum on Physics & Society Milton, Stephen Val Procaccia, Itamar Plasma Physics For excellence in the physics of arms control, out- Argonne National Laboratory Weizmann Institute of Science, Israel standing analysis of arms control issues, especially Physics of Beams Statistical & Nonlinear Physics For major contributions to plasma physics and devel- ballistic missile defense, and effective contributions For the development of 3rd and 4th generation light For major contributions to non-equilibrium physics, opment of associated technologies in the fields of to public understanding of these issues. sources including the first demonstration of satura- chaotic dynamics, turbulence and transport processes. electron beams, Z-pinches, laser plasma interactions, tion of self-amplified spontaneous emission (SASE) hydrodynamics, and inertial energy. Lin, Shawn-Yu Prosnitz, Donald in the visible and ultraviolet wavelengths. Sandia National Laboratory United States Department of Justice Shalaev, Vladimir M. Purdue University Forum on Industrial and Applied Physics Mokhov, Nikolai V. Forum on Physics & Society Laser Science For pioneering contributions to the development of Fermi National Accelerator Laboratory For major contributions to physics and society span- For important research on the optical properties of two- and three-dimensional photonic crystals for 1.55 Physics of Beams ning fundamental physics research to national security novel plasmonic nanomaterials and their application in micron optical communication applications For critical contributions to the understanding of the and law enforcement technologies, including pioneer- photonics, spectroscopy and laser physics. interaction of high energy particle beams with materials. ing technical contributions to the development of Lindblom, Lee A. Free Electron Lasers. California Institute of Technology Moreo, Adriana Gravitational Topical Group Florida State University

6 APS Honors and Awards Shipsey, Ian Peter Joseph Stroscio, Joseph Anthony Turnbull, Alan D. the development and implementation of interferom- Purdue University National Institute of Standards and Technology General Atomics - San Diego, California eters for the detection of gravitational radiation. Particles & Fields Inst. & Measurements Topical Group Plasma Physics For contributions to heavy quark physics, especially For advancing our fundamental knowledge of semi- For pioneering theory demonstrating the importance Williams, Anthony G. measurements of semileptonic decays, CKM couplings, conductor and metal surfaces and the innovative of shape, profiles, and conducting wall on tokamak Adelaide University, Australia Hadronic Physics parity and CP violation, and the development and con- development, application, and dissemination of ad- stability, leading to validation of beta limit improve- For pioneering studies of the nonperturbative behav- struction of the detectors used for these measurements. vanced methods of scanning tunneling microscopy ments in experiments and to innovative advanced ior of quarks and gluons using Dyson-Schwinger and spectroscopy. tokamak concepts. Shull, Kenneth R. equations, phenonemonological quark models, and Northwestern University Suhir, Ephraim Vachaspati, Tanmay lattice gauge calculations. Polymer Physics Iolon, Inc., California Case Western Reserve University For theoretical and experimental contributions leading Forum on Industrial and Applied Physics Astrophysics Williams, Forman A. to an enhanced understanding of polymer interfaces. For distinguished contributions to the field of analyti- For his seminal contributions to our understanding of University of California, San Diego Fluid Dynamics cal modeling of the physical behavior and reliability of the possible role of topological defects in the early Simmons, Elizabeth H. For his groundbreaking contributions to advances in the microelectronic and photonic materials and systems. Universe, from gravitational wave generation to pri- Boston University theory of chemically reacting flows and combustion. mordial magnetic fields and baryogenesis. Particles & Fields Swartzentruber, Brian S. Winful, Herbert Graves For contributions to the study of electroweak and Sandia National Laboratories Venables, John A. University of Michigan flavor symmetry breaking, especially the origin of the Materials Physics Arizona State University Laser Science top-quark mass, and for suggesting incisive tests of For pioneering studies of atomic-scale, kinetic and Materials Physics For fundamental contributions to the understanding physics beyond the standard model. thermodynamic aspects of the morphology of Si sur- For research on surface growth of metals, insulators, of nonlinear propagation in periodic structures, non- faces, and significant innovations in scanning tunneling and semiconductors, leading to a fundamental under- Simmons Jr., Jerry Alvon linear dynamics of laser arrays, and polarization microscopy. standing of interatomic interactions and atomic Sandia National Laboratories instabilities in birefringent optical fibers. processes, particularly nucleation and growth. DCMP (Condensed Matter) Taillefer, Louis Winter, Thomas G. For outstanding contributions to the physics of tun- University of Toronto Vuskovic, Leposava Pennsylvania State University neling in two dimensional electronic materials, DCMP (Condensed Matter) Old Dominion University DAMOP (Atomic, Molecular, Optical) including fractional quantum Hall and double quantum For pioneering experimental studies of magneto- and DAMOP (Atomic, Molecular, Optical) For advancing the understanding of the physics of well systems. thermal transport in heavy fermion and high Tc super- For important and sustained work on electron colli- heavy-particle collisions via highly accurate coupled- conductors. sions with ground state and excited atoms by creating Singer, Kenneth David state calculations based on novel physical insight. a number of remarkable experimental techniques. Case Western Reserve University Tanner, Carol Elizabeth Witt, Gerald Lee Laser Science University of Notre Dame Wang, Xin-Nian Air Force Office of Scientific Research, Virginia For outstanding contributions to the understanding, Fundamental Const. Topical Group Lawrence Berkeley National Laboratory Forum on Industrial and Applied Physics measurement, and development of organic nonlinear For her contributions to the understanding of atomic Nuclear Physics For exemplary leadership of national interdisciplinary optical materials. structure through precision measurements of atomic For his contributions to the understanding of perturbative research efforts in the fields of quantum-effect de- lifetimes and transition amplitudes. hard QCD processes in nuclear collisions at very high Sipe, John Edward vices, low-temperature GaAs, optoelectronic energies, especially the roles of gluon shadowing, mul- University of Toronto Taylor, Cyrus Cooper measurement techniques, radiation effects, and de- tiple interactions and jet quenching. Laser Science Case Western Reserve University fects in wide bandgap semiconductors. For pioneering theoretical work on linear and nonlin- Forum on Education Weiler, Thomas Joseph Womersley, William John ear optical properties of solid surfaces, bulk or For providing a new paradigm for graduate education Vanderbilt University Womersley, William John quantum well semiconductors, and soliton propaga- in Physics through the creation of an innovative Physics Particles & Fields Fermi National Accelerator Laboratory Particles & Fields tion in periodic media. Entrepreneurship Master’s Program. For important calculations that helped establish QCD For his leadership of the D0 experiment. and the Electroweak interaction as the Standard Smith, David John Thundat, Thomas George model, and for pioneering contributions to neutrino Woodyoody, Craig L. Arizona State University Oak Ridge National Laboratory Woody Craig L. Materials Physics Biological Physics physics and particle astrophysics. Brookhaven National Laboratory Particles & Fields For outstanding contributions to the development of For his pioneering work in developing micromechanical Weinert, Michael Theodor Alfred Weinert, Michael Theodor Alfred For his world-recognized expertise in the performance atomic-resolution electron microscopy and ongoing sensor platform for biomolecular detection and the University of Wisconsin-Milwaukee and characterization of scintillating crystals, notably applications to oxides, semiconductor heterostructures, elucidation of the fundamental physical principles Computational Physics in the effects of radiation damage. and magnetic materials. underlying the adsorption-induced forces. For his seminal contributions to the understanding of the electronic and magnetic properties of surfaces Wright, David C. Sokolsky, Pierre Tsvelik, Alexei Mikhail and bulk materials through the application and the Union of Concerned Scientists University of Utah Brookhaven National Laboratory Forum on Physics & Society Particles & Fields DCMP (Condensed Matter) development of first-principles methods. For outstanding analysis of arms control issues, es- For his discovery of the highest energy cosmic ray For seminal contributions to quantum magnetism and Weiss, Paul Storch Weiss, Paul Storch pecially on ballistic missile defense, and for dedicated events that have challenged current understanding for the exact solutions of important The Pennsylvania State University scholarship, teaching, and efforts to promote interna- of cosmic ray sources and for his leadership of the integrable models. Chemical Physics tional understanding of these issues. Utah Fly’s Eye and HiRes experiments. For fundamental contributions to nanoscale science Tsybeskov, Leonid and technology by developing and applying tools to Yang, Shin Nan Sparke, Linda Siobhan New Jersey Institute of Technology control and to measure functional properties and in- National Taiwan University University of Wisconsin-Madison Forum on Industrial and Applied Physics Forum on International Physics Astrophysics For the discovery of a method to stabilize porous teractions of materials at the atomic scale. For his pioneering work on three-nucleon forces, For studies of the structure and dynamics of galax- silicon and for innovative contributions to the devel- Wellstood, Frederick Charles Wellstood, Frederick Charles dynamical approach to pion photoproduction, and in- ies, using orbital motions to probe both time-steady opment and studies of silicon-based, self-organized University of Maryland vestigations of strangeness in the nucleon using phi and time-varying gravitational potentials, and the dis- nanostructures. Inst. & Measurements Topical Group photoproduction. tribution of dark matter. For development of the scanning SQUID microscope, Tu, Charles Wuching and its commercialization and application to scientific Yethiraj, Mohana Spivak, Boris Z. University of California, San Diego and industrial problems. Oak Ridge National Laboratory University of Washington Materials Physics DCMP (Condensed Matter) DCMP (Condensed Matter) For contributions in molecular beam epitaxy of novel Wen, Xiao-Gang Wen, Xiao-Gang For important neutron scattering studies of vortex For seminal contributions to studies of quantum inter- III-V semiconductors. Massachusetts Institute of Technology structure, spin and lattice dynamics of high tempera- ference effects in mesoscopic systems and of weak DCMP (Condensed Matter) Tuckerman, Laurette Stephanie ture and other superconductors. localization in disordered materials. For fundamental contributions to the physics of the frac- CNRS, France tional quantum Hall effect, and for novel insights into quantum Zhang, Xi-Cheng Stangeby, Peter Christian Fluid Dynamics magnetism and high temperature superconductivity. Rensselaer Polytechnic Institute, New York University of Toronto For applying dynamical systems theory to hydrody- Laser Science Plasma Physics namic instabilities, especially to Couette flows, thermal Whaley, K. Birgitta Whaley, K. Birgitta For pioneering contributions to free-space terahertz For major contributions to the understanding of physical convection, and Faraday and Eckhaus instabilities, University of California, Berkeley optics, particularly the successful development of processes in the edge of magnetic confinement plasma and for developing numerical methods that make Computational Physics terahertz wave generation, sensing and imaging. devices, including the physics of plasma wall interac- bifurcation-theoretic computations feasible. For her contributions to theoretical understanding of tion and particle, energy, and impurity transport. quantum nanoscale phenomena, especially in super- Ziff, Robert M. Tueller, Jack fluid helium droplets, and to control of decoherence in University of Michigan Stein, Fredrick M. NASA/Goddard Space Flight Center quantum information processing. Statistical & Nonlinear Physics American Physical Society, Maryland Astrophysics For his sustained contributions to understanding the Forum on Education For leading the development and flight of new technology Whitcomb, Stanley E. Whitcomb, Stanley E. kinetics of aggregation and fragmentation, For his creative leadership of programs to enhance instruments for gamma-ray astronomy and performing California Institute of Technology nonequilibrium chemical reactions, kinetic phase tran- the effectiveness of science and mathematics in- ground breaking observations of gamma-ray sources. Gravitational Topical Group sitions, and percolation theory. struction and his advocacy on behalf of improving For his outstanding contributions to metrology and to physics education at all levels. 2003 APS Fellowship Nomination Deadlines For submittal information see: http://www.aps.org/fellowships

DIVISIONS Physics of Beams ...... 04/15/03 Instruments and Plasma Physics ...... 04/01/03 Measurement ...... 05/17/03 Astrophysics ...... 05/01/03 Hadronic Physics ...... 05/01/03 Atomic, Molecular, Optical ...... 04/01/03 FORUMS Shock Compression ...... 04/01/03 Biological Physics ...... 04/01/03 Physics & Society...... 04/01/03 Gravitation ...... 04/01/03 Chemical Physics...... PAST History of Physics ...... 05/15/03 Magnetism and Its Computational Physics ...... 04/12/03 International Physics ...... 04/01/03 Applications ...... 04/01/03 Condensed Matter ...... PAST Industrial and Applied Physics ...... PAST Plasma Astrophysics ...... 04/01/03 Fluid Dynamics ...... PAST Statistical and Nonlinear Education ...... 04/15/03 Polymer Physics ...... 04/15/03 Physics ...... 04/01/03 Laser Science ...... 04/01/03 TOPICAL GROUPS APS GENERAL ...... 06/03/03 Materials Physics ...... PAST Few Body Systems...... 04/01/03 Nuclear Physics ...... 04/01/03 Precision Measurement Particles & Fields ...... 04/01/03 Fund. Const...... 04/01/03

APS Honors and Awards 7 Nomination Announcements Call for Nominations for 2004 APS Prizes and Awards The following prizes and awards will be bestowed by the Society in 2004. Members are invited to nominate candidates to the respective committees charged with recommending the recipients. A brief description of each prize and award is given below, along with the addresses of the selection committee chairs to whom nominations should be sent. For complete information regarding rules and eligibility requirements for individual prizes and awards, please refer to the Prize and Awards page on the APS Web site at http://www.aps.org. NOMINATION DEADLINE IS JULY 1, 2003, UNLESS OTHERWISE INDICATED.

PRIZES Fax (202) 767-1607; Email: manheime porting information to: Theodore Hodapp; porting information to: Miriam Cvetic; Dept of @ccf.nrl.navy.mil Hamline University; Physics Department; 1536 Physics and Astronomy; Univ of Pennsylva- Hewitt Ave., St. Paul, MN 55104; Phone: (651) nia; Philadelphia, PA 19104-6396; Phone: (215) WILL ALLIS PRIZE FOR THE 523-2293; Fax: (651) 523-2620; Email: thodapp 898-8153; Fax: (215) 898-8512; Email: JAMES C. MCGRODDY PRIZE STUDY OF IONIZED GASES @hamline.edu [email protected] FOR NEW MATERIALS Send name of proposed candidate and sup- Send name of proposed candidate and sup- porting information to: Loucas Christophorou; GEORGE E. VALLEY, JR. PRIZE NICHOLSON MEDAL FOR porting information to: Louis Brus; Chemistry 220 B344; NIST ; Rte 270 & Quince Orchard HUMANITARIAN ASSISTANCE Department; Columbia University; 3000 Broad- Send name of proposed candidate and sup- Rd; Gaithersburg MD 20899 ; Phone: (301) 975- way MS 3125; New York, NY 10027; Phone: porting information to: Laleña Lancaster ; Attn: Deadline: April 1, 2003 2432; Email: [email protected] (212) 854-4041; Fax: (212) 932-1289; Email: George E. Valley Prize ; American Physical Send name of proposed candidate and sup- [email protected] Society; One Physics Ellipse, College Park, MD porting information to: Antonia Herzog; 20740-3844; Email: [email protected] HANS A. BETHE PRIZE Renewable and Appropriate Energy Labora- tory (RAEL); Energy and Resources Group Send name of proposed candidate and sup- LARS ONSAGER PRIZE porting information to: Tom Bowles; P23 H803; ROBERT R. WILSON PRIZE (ERG); University of California, Berkeley; Phone: Send name of proposed candidate and sup- 510-643-2243; Fax: 510-643-6344; Email: LANL; PO Box 1663; Los Alamos NM 87545; porting information to: David Ceperley; NCSA Send name of proposed candidate and sup- Phone: (505) 667-3937; Fax: (505) 665-4121; [email protected] MC 251; University of Illinois; 405 N Mathews porting information to: Satoshi Ozaki; Assoc Email: [email protected] St; Urbana IL 61801; Phone (217) 244-2909; Lab Director for RHIC; Brookhaven National Fax (217) 244-2909; Email: [email protected] Lab; Bldg 510-F; Upton, NY 11973-5000; Phone: AWARD FOR EXCELLENCE IN BIOLOGICAL PHYSICS PRIZE (631) 282-5590; Email: [email protected] PLASMA PHYSICS RESEARCH Send name of proposed candidate and sup- GEORGE E. PAKE PRIZE Deadline: April 1, 2003 porting information to: Katya Lindenberg AWARDS, MEDALS AND Send name of proposed candidate and sup- Send name of proposed candidate and sup- (Chair); Dept. of Chem 0340 ; UCSD; 9500 porting information to: Robert E. Jones; 11909 LECTURESHIPS porting information to: Y.Y. Lau; Dept of Gilman Dr ; La Jolla CA 92093-0340; Phone: Brookwood Circle; Austin TX 78750-2706; Nuclear Engineering; University of Michigan; (858) 534-3285; Fax: (858) 534-7244; Email: Phone (512) 933-7237; Fax (512) 933-6331; 2355 Bonisteel Blvd; Ann Arbor, MI 48109- [email protected] Email: [email protected] DAVID ADLER LECTURESHIP 2104; Phone: (734) 764-5122; Fax: (734) AWARD 763-4540; Email: [email protected] TOM W. BONNER PRIZE W.K.H. PANOFSKY PRIZE Send name of proposed candidate and sup- porting information to: Karin Rabe; Rutgers LEO SZILARD LECTURESHIP Send name of proposed candidate and sup- Send name of proposed candidate and sup- University; Physics Department; 136 porting information to: John Hardy; Cyclotron AWARD porting information to: Bill Molzon; Dept. of Frelinghuysen Road; Piscataway, NJ 08854- Inst ; Texas A&M Univ; College Station, TX Physics & Astronomy; University of California 8019; Phone: (732) 445-4186; FAX: (732) Send name of proposed candidate and sup- 77843; Phone: (979) 845-1411; Fax: (979) 845- at Irvine; Irvine, CA 92697-4575; Phone: (949) 445-4343; Email: [email protected] porting information to: Aviva Brecher; 1899; Email: [email protected] 824-5987; Fax: (949) 824-2174; Email: Environment, Safety and Health Office of En- [email protected] vironmental Preservation and Systems LEROY APKER AWARD Modernization, DTS-30; DOT/RSPA Volpe OLIVER E. BUCKLEY CONDENSED National Transportation Systems Center; 55 MATTER PHYSICS PRIZE EARLE K. PLYLER PRIZE FOR Deadline: June 13, 2003 Broadway; Cambridge, MA 02142-1093; Send name of proposed candidate and sup- MOLECULAR SPECTROSCOPY Send name of proposed candidate and sup- Phone: 617-494-3470; Fax: 617-494-3633; porting information to: Alan Dorsey; Dept of porting information to: Dr. Alan Chodos; Email: [email protected] Send name of proposed candidate and support- Phys; Univ of Florida; Gainesville, FL 32611- American Physical Society; One Physics El- ing information to: Mostafa El-Sayed; Georgia 8440; Phone: (352) 392-4031; Fax: (352) lipse; College Park, MD 20740; Attn: Apker Institute of Technology; School of Chemistry & DISSERTATION AWARDS 392-0524; Email: [email protected] Award Committee; Phone: (301) 209-3233; Biochemistry; Atlanta GA 30332-0400; Phone: Fax: (301) 209-0865; Email: [email protected] (404) 894-0292; Fax: (404) 894-0294; Email: ANDREAS ACRIVOS DAVISSON-GERMER PRIZE [email protected] DISSERTATION AWARD IN FLUID EDWARD A. BOUCHET AWARD Send name of proposed candidate and sup- DYNAMICS porting information to: Mara Prentiss POLYMER PHYSICS PRIZE Send name of proposed candidate and sup- Deadline: April 14, 2003 (Chair)(DAMOP); Dept of Physics; Harvard porting information to: Augustine Smith; Dept Send name of proposed candidate and sup- University; 17 Oxford Street ; Cambridge, of Physics; Morehouse College; 830 Westview Send name of proposed candidate and sup- porting information to: Frank Bates; Dept of MA 02138; Phone: (617)496-1043; Email: Dr. SW; Atlanta GA 30314; Phone: (404) 215- porting information to: To Be Announced!- Chem Engr & Mater Sci.; Univ of Minnesota [email protected] 2615; Fax: (404) 614-6032; Email: asmith 421; Washington Ave SE; Minneapolis MN @morehouse.edu 55455; Phone: (612) 625-6606; Fax: (612) 626- MITSUYOSHI TANAKA DANNIE HEINEMAN PRIZE 1686; Email: [email protected] DISSERTATION AWARD IN JOSEPH A. BURTON FORUM EXPERIMENTAL PARTICLE Send name of proposed candidate and sup- AWARD PHYSICS porting information to: Charles Sommerfield, ANEESUR RAHMAN PRIZE FOR Yale Univ, Dept. of Phys, PO Box 208120, COMPUTATIONAL PHYSICS Send name of proposed candidate and sup- Deadline: June 30, 2003 New Haven, CT 06520-8120, Phone: (203) porting information to: Aviva Brecher; DOT/ Send name of proposed candidate and sup- Send name of proposed candidate and sup- 432-6924, Fax: (203) 432-5419, Email: RSPA Volpe National Transportation Systems porting information to: Junko Shigemitsu; porting information to: Patricia Rankin; 3097 [email protected] Center; DTS-30; 55 Broadway; Cambridge, MA Dept of Phys; Ohio State University; 174 W Edison Court ; Boulder, CO 80301-2264; Phone: 02142-1093; Phone: 617-494-3470; Fax: 617- 18th Ave; Columbus OH 43210; Phone: (614) (303) 492-1520; Email: TRICIA@PIZERO. 494-3633; Email: [email protected] FRANK ISAKSON PRIZE 292-1786; Email: [email protected] COLORADO.EDU Send name of proposed candidate and sup- JOHN H. DILLON MEDAL porting information to: Al Sievers (Chair); J. J. SAKURAI PRIZE FOR NUCLEAR PHYSICS Dept of Phys; Cornell Univ; 517 Clark Hall; THEORETICAL PARTICLE PHYSICS Send name of proposed candidate and sup- DISSERTATION AWARD Ithaca NY 14853-2501; Phone: (607) 255-6422; porting information to: Frank S. Bates; Dept. of Send name of proposed candidate and sup- Fax: (607) 255-6428; Email: sievers@ Chem. Engr. and Materials Science; University Send name of proposed candidate and sup- porting information to: Boris Kayser; MS 106; msc.cornell.edu of Minnesota; 421 Washington Ave. SE; Minne- porting information to: Akif Baha Balantekin Fermilab; PO Box 500; Batavia, IL 60510-5435; apolis, MN 55455; Phone: (612) 624-0839; Fax: (Chair); Dept of Physics; Univ. of Wisconsin; Phone: (630) 840-8196; Fax: (630) 840-5435; (612) 626-1686; Email: [email protected] 1150 University Ave.; Madison, WI 53706; JULIUS EDGAR LILIENFELD PRIZE Email: [email protected] Phone: (608) 263-7931; Fax: (608) 262-8628; Email: [email protected] Send name of proposed candidate and sup- JOSEPH F. KEITHLEY AWARD porting information to: Daniel Kleppner; Dept ARTHUR L. SCHAWLOW PRIZE FOR ADVANCES IN of Phys 26-237; MIT; 77 Massachusetts Ave; MARSHALL N. ROSENBLUTH Send name of proposed candidate and sup- MEASUREMENT SCIENCE Cambridge MA 02139; Phone: (617) 253-6811; OUTSTANDING DOCTORAL porting information to: Robert Boyd; Institute Fax: (617) 253-4876; Email: [email protected] Send name of proposed candidate and sup- of Optics; Univ of Rochester; Rochester NY THESIS AWARD porting information to: Fred Fickett; 3660 14627-0186; Phone: (716) 275-2329; Fax: (716) Cloverleaf Dr.; Boulder, CO 80304; Phone: (303) Deadline: April 1, 2003 JAMES CLERK MAXWELL PRIZE 273-1075; Email: [email protected] 497-3785; Fax: (303) 497-5030; Email: Send name of proposed candidate and sup- Deadline: April 1, 2003 [email protected] porting information to: Scott Robertson; Dept PRIZE TO A FACULTY MEMBER of Physics; Univ of Colorado; CB 390; Boulder, Send name of proposed candidate and sup- FOR RESEARCH IN AN CO 80309-0390; Phone: (303) 492-6453; Fax: porting information to: Wallace Manheimer; MARIA GOEPPERT-MAYER AWARD UNDERGRADUATE INSTITUTION (303) 492-0642; Email: robertso@stripe. Code 6707; NRL; 4555 Overlook Ave SW; Send name of proposed candidate and sup- colorado.edu Washington DC 20375; Phone (202) 767-3128; Send name of proposed candidate and sup-

8 APS Honors and Awards