APS Announces Spring 2004 Prize and Award Recipients

Forty-three APS prizes and awards professor of physics and adjunct professor became group leader of the Quantum 2004 OLIVER E. BUCKLEY PRIZE will be presented during special of astronomy. Processes Group in the Atomic Physics sessions at three spring meetings of the He has directed the Department of Tom Lubensky Division of the NIST Physics Laboratory. Society: the 2004 March Meeting, 22- Energy’s Institute for Nuclear Theory since University of Pennsylvania His research interests are in theoretical 26 March, in Montréal, Quebec, 1991. His research interests include David R. Nelson atomic and molecular physics. Since Canada; the 2004 April Meeting, May neutrino and nuclear astrophysics, tests Harvard University 1986, his research has centered on cold 1-4, in Denver, CO. ; and the 2004 meet- atom collisions. of symmetries and fundamental Citation: “For seminal contributions to ing of the APS Division of Atomic, interactions, and techniques for solving the theory of condensed matter systems Molecular and Optical Physics, May manybody problems. He is a member of including the prediction and elucidation of 2004 DANNIE HEINEMAN PRIZE 25-29, 2004, in Tucson, AZ. the collaboration seeking to establish a the properties of new, partially ordered phases Gabriele Veneziano Citations and biographical informa- National Underground Science and of complex materials.” CERN tion for each recipient follow. The Engineering Laboratory. Citation: “For his pioneering discoveries Apker Award recipients appeared in Lubensky received his PhD in physics in dual resonance models which, partly the December 2003 issue of APS News BIOLOGICAL PHYSICS PRIZE from Harvard University in 1969. He was through his own efforts, have developed into (http://www.aps.org/apsnews/ postdoctoral fellow at the Universiti de Peter Wolynes string theory and a basis for the quantum 1203/120302.html). Paris Sud in Orsay University of California, San Diego theory of gravity.” Additional biographical informa- (1969-70) and a Citation: “For his conceptual tion and appropriate web links can be postdoctoral Born in Florence, Italy, Veneziano found at the APS web site (http:// breakthroughs in protein dynamics and Research Associate at protein folding, and his critical insights pursued his graduate studies at the www.aps.org). Nominations for most Brown University Weizmann Institute of Science, Rehovot, of next year’s prizes and awards are toward the understanding of how proteins (1970-71). In 1971, he work at the most fundamental level.” Israel, where he received a PhD in now being accepted. For details, see joined the University physics in 1967. pages 7 and 8 of this of this insert. Wolynes received his PhD in chemical of Pennsylvania, He was research physics from Harvard University in 1976. where he is now the associate and then PRIZES After a postdoc at MIT, he returned to the Mary Amanda Wood Professor of Physics visiting professor faculty at Harvard. and chair of the Department of Physics at MIT from 1968 and Astronomy. His early research dealt 2004 WILL ALLIS PRIZE In 1980 he joined to 1972. In 1972, he the faculty at the with thermal critical phenomen. A major returned to the John McConkey University of focus of his work has been soft materials, Weizmann University of Windsor, Canada Illinois, moving to especially liquid crystals. Institute as fuIl Citation: “For his innovative the University of professor. Since experimental studies of electron collisions California, San Nelson received his PhD in 1975 in 1978 he has been a with atoms and molecules which have Diego in 2000, theoretical condensed matter physics permanent member of the Theoretical significantly advanced our understanding where he holds the from Cornell University. His research Physics Division at CERN, Geneva, of collisional and radiative processes in Francis Crick Chair focuses on collective which he headed from 1994 to 1997. His ionized gases at the microscopic level.” and is a member of the departments of effects in physics, early research was on dual resonance chemistry and biochemistry and of models, the precursor of string theory. McConkey received his PhD in 1963 materials science and physics. His research has ranged widely Since 1986 he has returned to string from Queen’s University, Belfast. chemistry. He has over many areas of theoretical chemistry, theory and, in particuIar, to its Following a year in been interested, in physics and biology including theories of cosmological implications. Paris, he returned to a particular, in the chemical reactions and quantum many- faculty position at interplay between body phenomena in liquids and Queen’s. In 1970 he fluctuations, 2004 FRANK ISAKSON PRIZE biomolecules and the theory of glasses. was appointed full geometry and sta- James Wolfe professor of physics at tistical mechanics. University of Illinois at the University of 2004 TOM W. BONNER PRIZE His research includes work on helium Urbana-Champaign films and two dimensional melting. His Windsor where he George Bertsch Citation: “For contributions to the current interests include vortex physics, later became a univer- University of Washington fundamental understanding of excitonic the statistical mechanics of polymers, sity professor. His research interests have matter and ballistic phonons in Citation: “For his many varied topological defects on frozen topo- covered a wide range of topics, semiconductors, made possible by contributions to nuclear-structure and graphics and biophysics. particularly involving the collisions of reaction theory, which have guided and pioneering development of graphic electrons, ions, photons, atoms, molecules illuminated experiments for four decades.” imaging techniques.” and clusters. He has been a major player 2004 DAVISSON-GERMER PRIZE Wolfe is a professor of physics at the in the establishment of our current data Bertsch did graduate studies in physics Paul Julienne University of Illinois at Urbana- bank of absolute electron-impact cross- at Princeton University. He completed a National Institute of Standards and Champaign and a member of the sections. thesis in nuclear theory and obtained a Technology Frederick Seitz Materials Research PhD in 1965. He held academic positions Citation: “For his pioneering studies of Laboratory. He received his PhD in 2004 HANS A. BETHE PRIZE at Princeton, MIT, and Michigan the theory of ultracold atomic collisions, and State University, where he became physics in 1972 from the University of Wick Haxton its applications to precision metrology and professor in 1973 and Hannah Professor California at Berkeley. He joined the University of Washington quantum gas dynamics.” in 1985. He is Physics Department at Illinois in 1976. Citation: “For his noteworthy presently pro- Julienne earned a PhD in chemical contributions and scientific leadership in the fessor of physics at physics from the University of North field of neutrino astrophysics, in particular the University of Carolina at Chapel Hill in 1969. He Table of Contents for his success in merging nuclear theory with Washington. His worked as a postdoctoral research experiments and observations in nuclear research in nuclear associate at the Prize and Award physics and astrophysics.” theory began with National Bureau of Recipients Haxton received spectroscopy and Standards (NBS) his PhD from particularly giant from 1969-1971. He 1 Stanford University resonances and worked with the New APS went on to the properties of high density Plasma Physics in 1976. He spent a Fellows postdoctoral year at matter and their experimental Division of the Mainz, then seven implications. Most recently he has been Naval Research 4 years in the theory pursuing the connections between Laboratory from Nominations for division at Los theoretical techniques used in different 1972-1974. He returned to NBS (now Alamos. In 1984 he disciplines. the National Institute of Standards and 2005 Prizes and joined the faculty at the University of Technology) in 1974 as a member of the Awards Quantum Chemistry Group, and later 8 Washington, where he is currently Wolfe’s group at fellow at All Souls College and a professor contributions in the fields of Surface to the fields of CP and heavy flavor physics.” Illinois figured out of physics. His research interests include Enhanced Raman Scattering and Bigi has studied at the Munich, Oxford, how to image applying methods of quantum field Nanoparticle Optics.” Pavia and Stanford with scholarships diffuse clouds of theory and the renormalization group to Van Duyne received his PhD in analytical from the Maximilianeum Foundation and electron-hole condensed matter, especially to critical chemistry from the University of North the Scholarship droplets and dis- phenomena in both pure and disordered Carolina, Chapel Hill in 1970. He then joined Foundation of the covered striking equilibrium and nonequilibrium systems. the faculty of the Department of Chemistry German People. anisotropies in at Northwestern University. In 1986, he was He received his droplet transport 2004 GEORGE E. PAKE PRIZE named the Charles E. and Emma H. diploma and PhD due to a ‘phonon wind’. Robert M. White Morrison Professor of Chemistry. Van in 1973 and 1977, Carnegie Mellon University Duyne is best known respectively, from 2004 JULIUS EDGAR Citation: “For his visionary leadership for his discovery of the University of LILIENFELD PRIZE as the first Under Secretary of Commerce for Surface-Enhanced Munich and his H. Jeff Kimble Technology, for his outstanding research on Raman Scattering Habilitation in 1984 California Institute of Technology the theory of magnetic data storage, and for (SERS) and as the from the RWTH Aachen. He has worked Citation: “For his pioneering work in his leadership at Control Data Corporation developer of nano- at the Max-Planck-Institute for Physics, quantum optics, for his innovative and Xerox.” sphere lithography CERN, RWTH Aachen, University of experiments in single-atom optical (NSL). His current Oregon, SLAC, Fermilab and since 1988 White is currently University Professor experiments, and for his skill in research interests at the University of Notre Dame du Lac. of Electrical and Computer Engineering communicating the scientific excitement of include nanoparticle His research has been in the and director of the Data Storage Systems his research to a broad range of audiences.” optics and its application to ultrasensitive phenomenology of the standard model Center at Carnegie Mellon University. chemical sensing and biological sensing, and of new physics. In unguarded Kimble is the William L. Valentine From 1993 until 1999, he served as head nanoparticle-based photonic devices, and moments he thinks about the meaning of Professor and professor of physics at the of the electrical and computer engineering scanning probe microscopy. quantum mechanics. California Institute of Technology. He department. Prior to joining CMU in 1993, completed his doctoral degree in 1977 at he served during 2004 POLYMER PHYSICS PRIZE Sanda received his PhD from the University of the Bush admini- Princeton University in 1969. He was a Rochester. After stration as the first Timothy Lodge research associate at Columbia spending two Under Secretary University of Minnesota University (1969-1971), and at Fermilab years as a staff of Commerce for Citation: “For outstanding contributions (1971-1974). During the period of 1974- scientist at the Technology. Prior to to the fundamental understanding of 1992, he worked at Rockefeller General Motors going to Washing- polymer chain diffusion and segmental- University, holding assistant professor, Research Lab- ton, White spent six chain dynamics.” senior research associate, and associate oratories, he joined years with Control Lodge has been on the faculty at the professor positions. Since 1992, he has the faculty at the Data Corporation. University of Minnesota since 1982, where been a professor of physics at Nagoya University of Texas White’s early career he is currently a Distinguished McKnight University, where he chaired the physics at Austin in 1979, was spent in teaching and research. He University Professor in the departments of department from 1997-1998, and an where he eventually held the Sid was assistant professor of physics at chemistry and chemical engineering and associate dean at the Institute for Liberal Richardson Regents’ Chair of Physics Stanford University from 1968 through materials science. He Arts and Sciences before moving to Caltech in 1989. The 1970. He then joined Xerox Corporation’s earned his PhD at since 2002. His general areas of his research activities are legendary Palo Alto Research Center the University of research interests quantum information science and the (PARC), where he spent 13 years as a Wisconsin in 1980. He range from strong quantum dynamics of open systems. principal scientist. His current research then spent 20 months interaction to deals with the origins of noise in magnetic as a National Research weak interaction 2004 JAMES C. MCGRODDY PRIZE tunnel junctions and spin-transfer induced Council postdoctoral phenomenology. noise in magnetic thin film structures. fellow at NIST. His Having written a Loren Pfeiffer White received his PhD in physics from research interests paper on large CP Lucent Technologies Stanford University in 1984. He is center on the structure violation in B Citation: “In recognition of his currently a director of the National and dynamics of decays, a large outstanding innovations in molecular beam Science and Technology Medals polymer liquids, including solutions, melts, fraction of his time has been spent in epitaxy technology and semiconductor Foundation. materials design that have changed our blends, and copolymers, with particular trying to have some laboratory build a emphases on rheology, diffusion, and B factory where the prediction can be understanding of the physics of lower 2004 W.K.H. PANOFSKY PRIZE dimensional electron systems. scattering techniques. Currently he is the tested. Arie Bodek editor of Macromolecules. Pfeiffer received his PhD in physics University of Rochester 2004 ARTHUR L. SCHAWLOW from The Johns Hopkins University in Citation: “For his broad, sustained, and 2004 ANEESUR RAHMAN PRIZE PRIZE 1967. In 1968 he joined the technical staff insightful contributions to elucidating the of AT&T Bell Farid Abraham Federico Capasso structure of the nucleon, using a wide variety IBM Almaden Research Center Harvard University Laboratories in of probes, tools and methods at many Citation: “For his landmark simulations Citation: “For seminal contributions to Murray Hill, New laboratories.” Jersey. An early of fracture, 2-d melting and properties of the invention and demonstration of the technical highlight Bodek received his PhD in physics in membranes.” quantum cascade laser and the elucidation in his career was the 1972 from the Massachusetts Institute of its physics, which bridges quantum Abraham received his PhD in physics in discovery of the of Technology. He was a postdoctoral electronics, solid-state physics, and 1962 from the University of Arizona. He Mossbauer Effect in associate at MIT and a Robert E. Millikan materials science.” spent two postdoctoral years at the Uni- the isotope Ge-73. Fellow at Caltech. Bodek joined the versity of Chicago and two research years Capasso is the Robert L. Wallace In the 1980s he University of at the Lawrence Livermore National Professor of Applied Physics at Harvard switched his career Rochester as an Laboratory. He joined IBM in 1966. Over University, which he joined in 2003 after focus to molecular beam epitaxy (MBE). assistant professor four decades he has 26 years at Bell Labs, where he rose from He designed and fabricated by MBE the of physics in 1977, pursued a wide range postdoc to vice president of physical first semiconductor laser that operates where he has been of computational research. He holds from the ground state of a quantum wire. serving as chair of physics applications, a PhD degree from the department of mainly in condensed the University of physics and astro- 2004 LARS ONSAGER PRIZE matter physics and Rome, Italy. His nomy since 1999. John Cardy chemical physics. research on band- Bodek has done Oxford University Abraham created the structure engi- extensive research MAAD simulation neering of artificial Citation: “For his profound and original in collider physics including the physics of project that achieved materials and applications of conformal invariance to the of W’s, Z’s, dileptons, W asymmetry, and the seamless union of the continuum, novel devices has bulk and boundary properties of two- quark-lepton composites. His research atomistic and electronic structure opened up new dimensional statistical systems.” group is currently involved in the CDF, descriptions of matter for the study of rapid directions in CMS, and Jefferson Lab E03-110 Cardy received his PhD in theoretical brittle fracture. photonics, electronics, mesoscopic physics experiments, and in analysis of the CCFR/ physics in 1971 from Cambridge and nanotechnology. His current research NuTeV experiments. Bodek is also highly University. After postdoctoral studies at 2004 J. J. SAKURAI PRIZE interests include quantum cascade lasers, active in physics education and outreach CERN, Geneva and spintronics, and the investigation of activities, and in efforts to increase the the University of Ikaros Bigi Casimir forces using nanomechanics. Cali-fornia, Santa number of under-represented groups in University of Notre Dame science and engineering. Barbara, he joined Anthony Sanda 2004 FACULTY MEMBER FOR the faculty in 1977. Nagoya University, Japan RESEARCH IN AN UNDERGRADUATE 2004 EARLE K. PLYLER PRIZE In 1993 he moved Citation: “For pioneering theoretical INSTITUTION PRIZE to Oxford Univer- Richard Van Duyne insights that pointed the way to the very Nancy Haegel sity, where he is a Northwestern University fruitful experimental study of CP violation Fairfield University senior research Citation: “For his trailblazing in B decays, and for continuing contributions 2 APS Prizes and Awards Citation: “For her important accelerator systems. organized the Foreign cows and pigs, and try to figure out what contributions to semiconductor materials and Relations Committee’s to do with 15 tons of lavender every year. semiconductor device physics, and for 2004 DAVID ADLER hearing on “Dirty AFMs were easier. enthusiastic and sustained involvement of LECTURESHIP AWARD Bombs” (radiological undergraduates in her research efforts at Chia-Ling Chien dispersion devices) in 2004 MARIA GOEPPERT-MAYER Fairfield University.” Johns Hopkins University 2002. Zimmerman was AWARD the science adviser for Haegel was associate professor and Citation: “For his path-breaking research arms control in the US Suzanne Staggs professor of physics at Fairfield University in magnetic nanostructures and for his State Department Princeton University in Connecticut from 1993-2003. She outstanding mentoring and lecturing in during the Clinton Administration. He was Citation: “For her original and lasting received a PhD in materials science from materials physics.” professor of physics at Louisiana State contributions to experimental cosmology, in the University of California, Berkeley. She Chien received University. He has chaired the Forum on particular in the area of cosmic microwave worked as a postdoctoral scientist at his PhD in physics Physics and Society and is now APS background studies, and for leadership in Siemens Research Laboratories in in 1972, from Councilor representing the Forum on multi-institutional collaborations to measure Erlangen, Germany and then joined the Carnegie-Mellon Education. Zimmerman holds a PhD CMB anisotropy.” faculty in the Department of Materials University. He (1969) from Stanford University and a Science and Engineering at UCLA in 1987. Staggs received a PhD from Princeton began as a post- Filosofie Licentiat degree from Lunds Effective July 2003, she became professor University with a dissertation on a long- doctoral fellow in Universitet in Lund, Sweden (1967), both of physics at the wavelength measurement of the absolute physics at the Johns in experimental nuclear and elementary Naval Post graduate temperature of the cosmic microwave Hopkins University particle physics. School in Monterey, background (CMB) radiation. In 1994, she in 1973, and has CA. In 1989 she was accepted an Enrico Fermi Fellowship at the risen through the 2004 JOHN H. DILLON MEDAL awarded the TRW University of Chicago , and then continued ranks to be the Jacob L. Hain Professor in Excellence in Marcus Müller at Chicago for the next two years as a Physics. He is the director of the Material Teaching Award at Johannes Gutenberg University, Germany Hubble Fellow, with Research Science and Engineering Center UCLA and the Citation: “For the development of more work on the at Hopkins. Chien’s research is in Teacher of the Year powerful analytic and computational CMB. She also spent experimental condensed matter physics, Award at Fairfield methods, and their application to the structure ten Saturdays in 1996 particularly the studies of structural, elec- University in 1997. and dynamics of polymers.” lecturing on cosmo- tronic, magnetic, and superconducting Haegel’s research interests are in logy to the general properties of nanostructured solids. He Müller studied semiconductor materials, with emphasis public as Compton has published more than 300 journal physics at the Johannes on high resistivity semiconductors and Lecturer. In 1996 she articles and holds several patents. He is Gutenberg University materials for far-infrared detection. She returned to Princeton one of the 1120 most cited physicists in Mainz, Germany, is involved in the development and University as an according to the Institute for Scientific where he received his modeling of photoconductors for use on assistant professor of physics and was Information. PhD summa cum laude infrared satellites and interested in new promoted to associate professor in 2001. At in 1995 working on techniques for the optical imaging of Princeton, she began work on an 2004 EDWARD A. BOUCHET structure and thermo- electrical transport. experiment to measure the polarization of AWARD dynamics of polymer the CMB. blends. After a TRACS 2004 ROBERT R. WILSON PRIZE Juan Maldacena Institute for Advanced Study visit at the EPCC 2004 NICHOLSON MEDAL FOR Katsunobu Oide Citation: “For providing a deeper Edinburgh, he went as a Feodor Lynen HUMANITARIAN SERVICE National Laboratory for High Energy fellow to the University of Washington, understanding of the correspondence between H. Eugene Stanley Physics (KEK), Japan where he worked on homopolymer/ string theory in d space-time dimensions and Boston University copolymer mixtures, and on pore John T. Seeman Yang-Mills theory in d-1 dimensions, and Citation: “For his extraordinary Stanford Linear Accelerator Center for communicating fundamental principles formation and, recently, fusion of model bilayer membranes. He returned to contributions to human rights, for his Citation: “For technical leadership and of theoretical physics to the general public, Mainz and obtained his Habilitation in initiatives on behalf of female physicists, direct contributions to the development of including Spanish-speaking audiences.” theoretical physics in 1999. He is currently and for his caring and supportive high luminosity B-factories at KEK and Maldacena studied physics at Instituto Hochschuldozent at the Johannes relationship with those who have worked SLAC. These machines have set new world Balseiro at the Universidad de Cuyo in Gutenberg University, Mainz, and a in his laboratory.” records for luminosities in colliding-beam Bariloche, Argentina. He received his Heisenberg fellow of the German Science storage rings.” Stanley performed biological physics PhD in 1996 from Foundation (DFG). Müller’s research research with Max Oide earned his Princeton University. interests focus on the phase behavior and Delbruck in 1963 bachelor’s degree in After being an interface properties in polymer blends, and was awarded a pure and applied assistant professor at solutions and amphiphilic systems. PhD in physics at science from Tokyo Rutgers University, Harvard in 1967. He University in 1975, he went to Harvard as 2004 JOSEPH F. KEITHLEY was a Miller Fellow and his PhD in a visiting professor, an AWARD at Berkeley before physics in 1980. He associate professor Virgil Elings becoming assistant joined the research and became a NanoDevices professor of physics staff at KEK the professor of physics at MIT in 1969. He Citation: “For development of scanning following year, in 1999. Currently, he was promoted to associate professor in 1971 probe microscopy through numerous eventually becoming is a professor at the Institute for Advanced and to Herman von Helmholtz associate inventions and improvements that led to its a full professor in 1997. His research Study in Princeton, New Jersey. Maldacena’s professor in 1973, in recognition of his commercialization, and for providing a role involves the design of beam optics for ring work focuses mainly on the description of interdepartmental teaching and research model of the physicist/ entrepreneur.” colliders and linear colliders. Among his black holes in string theory and on the with the Harvard-MIT program in health awards and honors is the Nishikawa Prize relation of the large N limit of gauge Elings managed to lead a fairly zig-zag sciences and technology. In 1976 Stanley for linear collider design in 1990 and the theories and gravity. He plans to continue path through life ending up as what he joined Boston University as a professor Nishina Prize for KEKB in 2001. exploring this relationship and hopes to shed calls a lavender and pig farmer. Education- physics and as an associate professor of light on conceptual issues and provide useful ally, he started in a trade high school in physiology in the School of Medicine. In 1978 analytical tools to tackle such problems. Seeman received Iowa, went into mechanical engineering and 1979, he was promoted to professor of a PhD in physics at at Iowa State, and then physics at MIT. physiology and University Professor, 2004 JOSEPH A. BURTON FORUM Cornell University He taught at the University of California, respectively. In 1986 he chaired the triennial AWARD in 1979, designing Santa Barbara for 20 IUPAP International Conference on and building the Peter Zimmerman years. Elings started Statistical Mechanics. Stanley pressed for injection system for Zimmerman Associates Digital Instruments in the reform of medical education through the introduction of concepts and techniques the CESR e+e- Citation: “For his outstanding and 1987 to make control of the physical sciences. Collider. He served sustained contributions during his years of electronics for these as a research service in academia and government to newfangled scanning associate in accel- improved public understanding of both tunneling microscopes. 2004 LEO SZILARD erator physics at Cornell from 1979 to 1982 nuclear and strategic arms control issues.” At the encouragement of UCSB, he quit LECTURESHIP AWARD and did the business thing. investigating the beam-beam interaction, Marc Ross Zimmerman is the professor and chair Starting with a personal philosophy higher luminosity interaction regions, and University of Michigan storage ring vacuum systems at CESR. of Science & Security and the director of that “you can’t know what you are Citation: “For his many rigorous, Joining the staff of the Stanford Linear the MacArthur Centre for Science & doing”, they made Digital the world’s elegant, fearless, and influential analyses Accelerator Center in 1982, he was the Security Studies at King’s College, leader in scanning probe microscope of the automobile’s energy use, emissions, Linac System Manager during the London—a post he assumed in January, development and manufacturing. It and crashworthiness that have inspired construction of the SLAC Linear Collider 2004. He previously served as the chief turned out that they didn’t know what two generations of policy physicists.” (SLC) and subsequent operation. He led scientist or democratic chief scientist of they were doing, but then neither did the effort to minimize the beam the Senate Foreign Relations Committee anyone else. The path to present atomic Ross received his PhD from the emittances in the SLC accelerator. In 2002 where his responsibilities included nuclear force microsopes (AFMs) was as random University of Wisconsin in 1952. He was a he became an assistant director of the testing, nuclear arms control, cooperative as the rest of his life. professor of physics at Indiana University, technical division at SLAC in charge of threat reduction and bioterrorism. He He retired to a ranch to feed his horses, 1955-1963, and professor of physics at the

APS Prizes and Awards 3 University of dissertation on numerical simulations of gravitational Biographical information unavailable at Michigan since. He research on the collapse, and included studies of critical press time. nominally retired in dynamics of atoms phenomena observed at the threshold of 2001. His dissert- in time-dependent black hole formation, and head-on black hole 2004 TANAKA DISSERTATION ation was in nuclear optical lattices. collisions. After completing his PhD, AWARD theory, and he These experiments Pretorius moved to the California Institute Shahram Rahatlou worked in particle included a quan- of Technology as a postdoctoral fellow. University of California, San Diego theory and as titative study of the There, he continues to do research in Citation: “For his role in the kibbitzer to experi- quantum-classical numerical relativity. development of the tools needed for the mentalists until transition due to analysis of B factory data, including the 1972. He helped decoherence as well 2004 NICHOLAS METROPOLIS tFIT program, a unique and comprehensive organize the 1974 APS study on efficient use as the first observ- AWARD fitting framework for time-dependent of energy, and began work on energy and ation of “chaos-assisted tunneling.” He Joerg Rottler analyses. The tools he developed played a environmental issues. His initial focus was completed his PhD in 2001. He is now a California Institute of Technology key role in the observation of CP violation industrial energy use. Since 1988 he has postdoctoral fellow at Los Alamos National Citation: “For his innovative research in the B system by the BaBar collaboration. focused on automobiles. Much of his Laboratory. on the simulation and analysis of craze and These tools will be essential to the ongoing research concerns fuel-economy tech- fracture in glassy materials.” program of work as the B factories continue nologies. He also analyzed emissions of in 2003 NICHOLAS METROPOLIS to probe the origins of CP violation.” use cars and created a model of emissions AWARD Rottler received his PhD in 2003 from and driving patterns. Recently he has Frans Pretorius the Johns Hopkins University. His thesis was Born in Tehran, Iran in 1974, Rahatlou studied relationships among traffic safety, California Institute of Technology on the deformation and failure of glassy obtained his “Laurea in fisica” (the Italian vehicle mass and other variables in order to Citation: “For innovative developments materials, and his advisor was Mark Robbins. undergraduate degree) from Universita` evaluate safety effects of potential changes in numerical relativity including adaptive He received a diploma in physics in 1999 degli Studi di Roma “La Sapienza” in in vehicle design. mesh refinement techniques, black hole from the Universität Konstanz in Germany, February 1998, with a thesis on the design excision methods and visualization software and was also an Erasmus exchange student and implementation of the simulation DISSERTATION AWARDS for the community.” at Uppsala Universitet, Uppsala,Sweden in software for the central drift chamber of 1996. Rottler is currently a postdoctoral the BaBar experiment, which was under Pretorius was born in Johannesburg, research associate in the Princeton Institute construction at SLAC. He joined UCSD in DISSERTATION IN ATOMIC, MOLECULAR OR OPTICAL South Africa. He completed his for the Science and Technology of Materials. September 1998 as a graduate student to PHYSICS AWARD undergraduate degree in computer start his study of CP violation with the BaBar engineering at the University of Victoria, 2004 DISSERTATION IN experi-ment, and received his PhD in Daniel Steck British Columbia, in 1996. He started his NUCLEAR PHYSICS AWARD October 2002. He is currently working at Los Alamos National Laboratory graduate studies at UCSD as a postdoc on BaBar. His main Citation: “Quantum Chaos, Transport, Andrew Steiner the same institute, University of New York at Stony Brook research interest is and Decoherence in Atom Optics” and completed a the measurement of Citation: “For his in-depth studies of the Master of Science in the CKM angle Steck received his bachelor’s degree in phase structure of dense matter containing 1999. He obtained gamma of the physics and mathematics from the quarks, neutrino-quark interactions, his PhD from the unitarity triangle. University of Dayton in 1995. He joined the superconductivity in quark matter, and in University of British He is also in charge research group of professor Mark Raizen particular for the delineation of the neutrino Columbia (UBC), of the reconstruction in the Department of Physics at the signals which are likely to reveal the Vancouver, in 2002. program of the University of Texas at Austin to perform his structural components of dense matter. His thesis work was BaBar experiment. APS Council Announces 2003 APS Fellows

The APS Council elected the following as Fellows of the Society at its November 2003 metal-silicon systems and their surfaces. Braginski Aleksander Ignace meeting. The names and citations of the new APS fellows are listed below. Nomina- Forum on Industrial and Applied Physics Bernstein Herbert J For contributions to magnetic materials and applied tions for fellowship are received by the APS headquarters throughout the year, and are Hampshire College superconductivity. forwarded for review to the appropriate division or topical group fellowship commit- APS tees. These, in turn, forward their recommendations to the APS Fellowship Committee. For his outstanding contributions to quantum interfer- Browder Thomas E ometry and quantum theory including the fermion University of Hawaii Fellowship nomination forms may be obtained by writing to the APS Fellowship Of- spinor-rotation experiment and entanglement concen- Particles & Fields fice, One Physics Ellipse, College Park, MD, 20740-3844, by accessing the APS URL tration; and for innovations in teaching, outreach and For major contributions to the understanding of the (http://www.aps.org), or by sending an email message to [email protected]. service through ISIS institute. relationship between flavor mixing and the violation of CP symmetry. Balatsky AlexanderVasilievich Biefeld Robert M 2003 Fellows Brower David L Los Alamos National Laboratory Sandia National Laboratories University of California, Los Angeles DCMP (Condensed Matter) Forum on Industrial and Applied Physics (Alphabetical by Unit) Plasma Physics For insightful theory of strongly correlated states of For contributions to MOCVD deposition of compound For the development and implementation of advanced Adolphsen Chris Edward matter, particularly unconventional superconductiv- semiconductors for optoelectronic devices. Stanford Linear Accelerator Center plasma diagnostic tools and for contributions to the ity and the prediction of impurity-induced quasiparticle Birge Norman Owen Physics of Beams fundamental understanding of turbulence and bound states. Michigan State University For original contributions to the beam physics and anomalous transport in toroidal confinement systems. DCMP (Condensed Matter) microwave properties of high frequency high-gradient Barabasi Albert Laszlo For innovative contributions concerning the glass Brown Stuart E linear accelerators. University of Notre Dame transition and mesoscopic physics, including 1/f noise University of California, Los Angeles DCMP (Condensed Matter) DCMP (Condensed Matter) Aglitskiy Yefim For his discovery of scale-free networks and for his and universal conductance fluctuations, electron Naval Research Laboratory For fundamental studies of low dimensional, highly theories of surface roughening and strained surfaces. decoherence mechanisms, and dissipative quantum Plasma Physics tunneling of single defects in metals. correlated materials, especially using high pressure For pioneering work in developing monochromatic Barnes Ted NMR, transport, and thermodynamic measurements, x-ray imaging technology for diagnostics of laser Oak Ridge National Laboratory Blumel Reinhold and for studies of the non-linear dynamics of charge- Wesleyan University accelerated plasmas and for experimental studies of Hadronic Physics density waves. DAMOP (Atomic, Molecular, Optical) ablative Richtmyer-Meshkov instability and Rayleigh- For his seminal work on hybrid and exotic hadrons For outstanding research in classical and quantum chaos Burghardt Wesley R Taylor growth in laser-irradiated targets. and his contributions to hadron spectroscopy and to Northwestern University the quantum properties of spin systems. and its application in atomic and molecular physics. Alarcon Ricardo Polymer Physics Bodenschatz Eberhard Arizona State University Bauer Wolfgang W. For elucidating the molecular and nanoscopic basis Cornell University Nuclear Physics Michigan State University of the macroscopic properties of complex fluids Fluid Dynamics For outstanding contributions to, and leadership in, Nuclear Physics through innovative experimental methods and keen For illuminating experiments on Rayleigh-Bénard the development of instrumentation for experiments For his many contributions to the theoretical under- theoretical insight. convection and directional solidification, for ground investigating the fundamental properties of nucleons standing and interpretation of heavy-ion collisions, breaking measurements of acceleration in fully devel- Campbell Joe Charles and few-body systems. and for his contributions to undergraduate physics The University of Texas at Austin education. oped turbulence, and for significant contributions to Anderson Richard J understanding electro-convection in liquid crystals. Laser Science National Science Foundation Belanger David Peter For leading contributions to the development of high- Bohn John L APS University of California, Santa Cruz speed, low-noise, long-wavelength avalanche University of Colorado For action as Head of the NSF Office of the Experi- DCMP (Condensed Matter) photodiodes. DAMOP (Atomic, Molecular, Optical) mental Program to Stimulate Competitive Research, For investigations of critical behavior near phase tran- For seminal contributions to the theory of collisions of Castor John Irvin which has resulted in significant increase in the sitions in pure, random, and frustrated systems, and ultra-cold atoms and molecules relevant to experi- Lawrence Livermore National Laboratory academic research culture and competitiveness of for the development of novel optical, neutron scatter- ments in photoassociation spectroscopy, quantum Astrophysics ing, and other techniques to measure such phenomena many states. For ground-breaking work on radiatively-driven stellar precisely. degenerate gases, and cold molecule trapping. Andrei Eva Y winds, and contributions to the theory of opacities, Bonn Douglas Rutgers University ben-Avraham Daniel equations-of-state, and radiation hydrodynamics, University of British Columbia DCMP (Condensed Matter) Clarkson University including national security applications in high DCMP (Condensed Matter) For outstanding contributions to the experimental study Statistical & Nonlinear Physics energy-density physics. For seminal work in elucidating the ground and of vortex matter and two-dimensional electron systems, For contributions to statistical physics on the sub- excited states of high temperature superconductors Castro-Neto Antonio H including Wigner lattices. jects of the kinetics of diffusion-limited reactions, Boston University diffusion and transport in disordered media, and non- through microwave studies of quasiparticle dynamics DCMP (Condensed Matter) Arenhoevel Hartmuth equilibrium phase transitions. in samples of exceptional quality. Johannes-Gutenberg Universitat Mainz For contributions to the theory of strong correlations, Boyer Timothy Howard Few Body Systems Topical Group Bennett Peter A fluctuations, and inhomogeneities in high tempera- City College of the University of New York For his contribution in understanding photo-and Arizona State University ture superconductors and quantum magnets. APS electrodisintegration of the deuteron, especially with Materials Physics For original contributions to the classical and quantum Chantrell Roy William incorporation of isobar degrees of freedom and For illumination of fundamental issues concerning the theories of electromagnetism, and in particular to the Seagate Research, Pennsylvania meson exchange currents. atomic structure and surface kinetics of theories of van der Waals and Casimir interactions. Topical Group on Magnetism & Its Applications

4 APS Prizes and Awards For contributions to the theory of nanoparticle Ditto William Frauendorf Stefan Gottfried tering educational programs for the National Science magnetism and the development of theoretical and University of Florida University of Notre Dame Foundation. computational approaches to the problem of thermally Biological Physics Nuclear Physics Hessels Eric A activated magnetization reversal. For achievements in experimental nonlinear dynam- For his seminal contributions to the physics of rotat- ics, especially as applied to biological systems such ing nuclei via mean-field symmetries. York University, Canada DAMOP (Atomic, Molecular, Optical) Choptuik Matthew William as the heart and the brain. University of British Columbia Futrell Jean H For a wide range of high precision measurements to Gravitational Topical Group Dodelson Scott Pacific Northwest National Laboratory test fundamental interactions in atomic physics, For the discovery of critical gravitational collapse. Fermi National Accelerator Laboratory Chemical Physics especially fine structure splittings in helium. Astrophysics For pioneering contributions to the understanding of Christodoulides Demetrios N For his fundamental contributions in cosmology, in- dynamics and mechanisms of charge exchange, Hilborn Robert C Lehigh University cluding the theory and analysis of physics models of proton-transfer, condensation and dissociation Amherst College Laser Science Forum on Education the early Universe. ion-molecule reactions at low and intermediate For the theoretical discoveries of discrete solitons For leadership in improving undergraduate physics collision energy. and of Bragg (gap) solitons, and for important contri- Doolen Gary Dean education and uniting all segments of the physics butions on vector, composite and incoherent solitons. Los Alamos National Laboratory Gale Charles community in recognizing the importance of under- Computational Physics McGill University graduate physics programs. Chuang Shun Lien For frontier computational research in fluid dynamics Forum on International Physics University of Illinois at Urbana-Champaign modeling, one-component plasmas, complex-rotation For theoretical investigations of the nuclear equation Hill John C Laser Science methods for atomic resonances, and laser-plasma of state and electromagnetic probes of high tempera- Iowa State University For his development of the fundamental theories for Nuclear Physics interactions. ture nuclear matter in heavy ion collisions. strained quantum-well lasers and terahertz genera- For discovering several neutron-rich nuclei, measur- tion from semiconductors. Dostrovsky Israel Galli Giulia ing the large electromagnetic dissociation cross The Weizmann Institute Lawrence Livermore National Laboratory sections of relativistic heavy ions, and leadership in Chubukov Andrey V Nuclear Physics Computational Physics development of trigger systems for the AGS-E864 University of Wisconsin-Madison For his seminal contributions in the field of stable For important contributions to the field of ab initio DCMP (Condensed Matter) and PHENIX-RHIC experiments. isotope separation, development of Monte Carlo meth- molecular dynamics and to the understanding of amor- For distinguished contributions to condensed matter ods for nuclear reactions and chemical separation phous and liquid semiconductors and quantum systems. Hime Andrew theory, notably the theory of high temperature super- methods used in solar neutrino experiments. Los Alamos National Laboratory conductivity and the relation between spin fluctuations Gangopadhyay Shubhra Mukerjee Nuclear Physics and the effective interaction for electron pairing. Dowell John Derek Texas Tech University For his many scientific contributions to neutrino phys- University of Birmingham Forum on Industrial and Applied Physics ics with the Sudbury Neutrino Observatory that Cirac Juan Ignacio Particles & Fields For basic studies of amorphous carbon with applica- resulted in the demonstration that neutrinos from the Max Planck Institut fur Quantenoptik For contributions to the development of the quark tions in microelectronics. DAMOP (Atomic, Molecular, Optical) Sun undergo flavor transformation. model of hadrons, discovery of the W and Z bosons, For outstanding contributions to quantum optics Garwin Laura Justine probing of nucleon structure and QCD, and prepara- Hinch John E theory, in particular the problem of implementing quan- Harvard University tions for experimentation at the LHC. University of Cambridge tum information with quantum optics and the theory of Biological Physics Fluid Dynamics quantum degenerate atomic gases. Drabold David Alan For her outstanding contributions in increasing the For many contributions to complex fluids, including Ohio University strength and prestige of physics and biological phys- novel ideas and physical insight combined with Cohen Andrew G Materials Physics ics at Nature, and for her service to the physics and asymptotic and numerical studies, which have illumi- Boston University For fundamental contributions to the physics of non- biology communities, as a bridge between these Particles & Fields nated suspension mechanics, viscous, multiphase crystalline materials and development of efficient disciplines. For numerous contributions to theories of physics and viscoelastic flows, and electrokinetics. first-principles electronic structure methods. beyond the Standard Model, most notably for the Gilman Ronald Holland Murray John theories of electroweak baryogenesis, deconstruction, Du Rui Rui Rutgers University University of Colorado and electroweak symmetry breaking. University of Utah Few Body Systems Topical Group DAMOP (Atomic, Molecular, Optical) DCMP (Condensed Matter) For his studies of the transition region between pion/ For seminal contributions to the theory of quantum Cooper Stephen Lance For his seminal contributions to the physics of the nucleon and quark/gluon degrees of freedom via degenerate atomic gases. University of Illinois at Urbana-Champaign fractional quantum Hall effect, and especially, through recoil proton polarization measurements. DCMP (Condensed Matter) his original experiments, to our understanding of the Hollberg Leo William For imaginative use of Raman and other optical tech- Ginzburg Vitaly L properties of composite fermions. National Institute of Standards and Technology niques to study ordering, spin and charge dynamics, P.N. Lebedev Physical Institute Fundamental Constants Topical Group and their couplings to lattice dynamics in strongly Dupuis Russell D APS For seminal work in the development and application correlated electronic systems. The University of Texas at Austin For his major contributions to the theory of supercon- of ultra-stable diode lasers, especially as applied to Forum on Industrial and Applied Physics ductivity and superfluidity. spectroscopy and precision measurements. Cowperthwaite Michael For development of MOCVD deposition of semicon- Gole James L Shock Compression Topical Group ductors and room-temperature quantum-well lasers. Horanyi Mihaly For seminal contributions to shock wave propagation Georgia Institute of Technology University of Colorado Chemical Physics in reactive materials, detonation science, analysis of Emma Paul J Plasma Physics For pioneering studies of dynamics and ultrafast en- unsteady waves, and thermochemical equilibrium Stanford Linear Accelerator Center For pioneering contributions to the understanding of Physics of Beams ergy transfer in highly exothermic metal/metal cluster calculations. the physical and dynamical consequences of dust- For his contributions to the physics of high bright- oxidation reactions, the development of Visible Chemi- plasma interactions in space and in the laboratory. Dapkus Daniel P ness beams in linac and compression systems, and cal Laser Amplifiers, and the characterization of University of Southern California for his critical impact on the development of linear Chemically Induced Raman Pumping. Hu Chia-Ren Laser Science colliders and x-ray free electron lasers. Texas A&M University For important contributions to the development of Griffin Allan DCMP (Condensed Matter) metalorganic chemical vapor deposition and its appli- Eom Chang-Beom University of Toronto For initiating the theory of midgap states in high-Tc and DCMP (Condensed Matter) cation to quantum well laser devices. University of Wisconsin-Madison other unconventional superconductors, and for studies Materials Physics For fundamental theoretical studies on Bose-Einstein of the transport properties of type-II superconductors Das Mukunda Prasad For pioneering contributions in heteroepitaxy of novel condensation and the collective excitations in super- and the textural properties of superfluid He-3. The Australian National University complex oxide thin films and experimental materials fluid He4 and trapped atomic gases. Forum on International Physics physics in superconductivity, magnetism and ferro- Hubbard Amanda Eileen Halpern Leopold Ernst For notable theoretical investigations in condensed electricity. Massachusetts Institute of Technology matter physics, namely: mesoscopic transport and Florida State University Plasma Physics Forum on History of Physics noise, high temperature superconductivity and den- Eyink Gregory Lawrence For significant contributions to the understanding of For saving the memory of Marietta Blau from oblivion. sity functional theory; and for significant leadership The Johns Hopkins University the plasma edge pedestal formation and of the transi- Statistical & Nonlinear Physics A close associate of Schroedinger and of Dirac, he in promoting international meetings and collaborations. tion to an improved confinement regime in magnetic For his work in nonequilibrium statistical mechanics, applied his impressive historical knowledge to dispel fusion confinement devices. Davies Anne N in particular on the foundation of transport laws in misconceptions and prevent injustice. U.S. Department of Energy chaotic dynamical systems, on field-theoretic meth- Hwang Woei-Yann Pauchy Halsey Thomas C Forum on Physics & Society ods in statistical hydrodynamics and on singularities National Taiwan University For her successful efforts guiding the fusion research ExxonMobil Research and Engineering Forum on International Physics and dissipative anomalies in fluid turbulence. Statistical & Nonlinear Physics community through a difficult transition from a pro- For his pioneering work on using muon capture to test For theoretical studies of multifractality and diffusion- gram of energy technology development to a healthy Faeth Gerard M the conserved vector current hypothesis and second limited aggregation, Josephson junction arrays, program focused on the critical scientific and tech- University of Michigan class currents, and his elucidation of the role of chiral Fluid Dynamics electrorheological and dipolar fluids, and granular media. nology foundations of fusion energy research. symmetry in nuclear physics. For contributions to understanding the dynamics of Han Tao de Heer Walter Alexander liquid breakup in sprays, the properties of self-pre- Indelicato Paul University of Wisconsin-Madison Georgia Institute of Technology Ecole Normale Superieure et Universite Pierre serving turbulent flows and the mechanism of Particles & Fields DCMP (Condensed Matter) DAMOP (Atomic, Molecular, Optical) turbulence generation in dispersed multiphase flows. For contributions to the physics of electroweak For seminal contributions to our understanding of the For his outstanding contributions both in new mea- symmetry breaking, Higgs bosons, supersymmetry electronic properties of free metal clusters and for Ferrell Thomas Lee surements and new theoretical methods to understand and to collider phenomenology. the studies of the field emission and transport proper- Oak Ridge National Laboratory quantum electrodynamic (QED) and quantum Topical Group on Instrument & Measurement ties of nanotubes. Harlow Francis Harvey chromodynamic (QCD) effects in atomic systems. For his pioneering work in developing the photon scan- Los Alamos National Laboratory Delayen Jean Roger Intriligator Kenneth ning tunneling microscope and the elucidation of the Fluid Dynamics Thomas Jefferson National Accelerator Facility University of California, San Diego fundamental physical principles underlying imaging For his contributions to our understanding of low- Physics of Beams Particles & Fields and spectroscopic mechanisms of the photon scan- speed, free-surface, and turbulent flow through For numerous contributions to the physics and tech- For contributions to the study of nonperturbative ning tunneling microscope. computational modeling, and his invention of com- nology of superconducting rf linear accelerators. phenomena and duality in supersymmetric quantum Fink Jorg pletely original methods to address these issues. field theories and string theory. Denn Morton Mace IFW Dresden, Germany Hatchett, II Stephen P The City College of the City University of New York Materials Physics Israelachvili Jacob Nissim Fluid Dynamics Lawrence Livermore National Laboratory University of California, Santa Barbara For his eminent work on electron spectroscopies of Plasma Physics For outstanding contributions to non-Newtonian fluid Biological Physics novel materials, in particular of cuprate superconduc- For seminal contributions to theory and experiments mechanics and polymer rheology, especially his pio- For developing experimental techniques for measur- tors, fullerenes, nanotubes, and conducting polymers. of implosion physics for inertial confinement fusion, neering studies on the stability of viscoelastic flow ing interparticle forces in liquids that have led to the and for innovative designs for fast ignition. and the causes and effects of wall slip. Fitzpatrick Richard discovery and elucidation of new types of intermo- University of Texas at Austin Hegna Chris C lecular and surface interactions in complex colloidal DeYoung David Spencer Plasma Physics University of Wisconsin and biological systems. National Optical Astronomy Observatory For original research on feedback stabilization of Plasma Physics Astrophysics Jagadish Chennupati resistive wall modes, error field-driven reconnection, For seminal contributions to the theory of nonideal and For numerous and important contributions to the The Australian University and tearing mode phase-locking and stability in mag- nonlinear magnetohydrodynamic equilibria and theory of extragalactic radio sources, in particular to Forum on Industrial and Applied Physics netic fusion confinement devices. instabilities in toroidal, magnetically confined plasmas, the understanding of the evolution of astrophysical For contributions to compound semiconductor growth, specifically stellarator equilibria, magnetic islands, jets and their interactions with their environment. Foot Christopher John processing and optoelectronic devices. Oxford University, United Kingdom neoclassical tearing modes, and ballooning modes. Dionne Gerald Francis DAMOP (Atomic, Molecular, Optical) Jenekhe Samson A Hehn Jack G Massachusetts Institute of Technology For seminal contributions to the practice of laser cool- University of Washington Topical Group on Magnetism & Its Applications American Institute of Physics Polymer Physics ing of atoms, and the elucidation of rotational dynamics Forum on Education For contributions to the understanding of magnetic For outstanding contributions to understanding the and excitation mechanisms in dilute Bose-Einstein For his wide range of experience in physics and sci- and electronic interactions in solids and for the self-assembly, photophysics, and properties of con- condensates. ence education, curriculum development, implementing design of novel magnetic materials and devices. jugated polymers. large-scale programs for AAPT and AIP, and adminis- APS Prizes and Awards 5 Jin Deborah Shiu-Lan Plasma Physics McEuen Paul L Forum on Industrial and Applied Physics N.I.S.T./JILA For fundamental contributions to the understanding and Cornell University For contributions in theoretical surface physics and DAMOP (Atomic, Molecular, Optical) control of nonlinear resistive Magneto-Hydrodynamic DCMP (Condensed Matter) heterogeneous catalysis. For her innovative realization and exploration of a novel stability in high beta tokamak plasmas, and for leader- For important contributions to the fabrication, Noyan Ismail Cevdet quantum system, the degenerate Fermi atomic gas. ship in comparison of theory to experimental data. measurement, and understanding of nanometer scale IBM TJ Watson Research Center electronic systems, including quantum dots, Jin Sungho Forum on Industrial and Applied Physics Laws Priscilla W nanocrystals, carbon nanotubes, and single molecules. University of California, San Diego Dickinson College For analysis of displacement and stress fields in crys- Topical Group on Magnetism & Its Applications Forum on Education McGinnis David Paul talline solids at various length scales. For seminal contributions to the understanding and con- For her numerous contributions to physics education Fermi National Accelerator Laboratory Olive Keith A trol of structure and properties in magnetic materials and for her development of data collecting computer Physics of Beams William I. Fine Theoretical Physics Institute including CMR materials, critical current behavior of For his important contributions to increasing the per- tools and methods to use them efficiently. Particles & Fields superconductor materials, and technical applications. formance of the Fermilab accelerator complex. Layman John W For contributions toward the development of Johnson Duane Douglas University of Maryland McKee Rodney A astroparticle physics. In particular, for work done on University of Illinois Forum on Education Oak Ridge National Laboratory early universe cosmology, including pioneering ef- Computational Physics For his contributions to physics education and for Forum on Industrial and Applied Physics forts in big bang nucleosynthesis and supersymmetric For theoretical and computational contributions to our his national leadership in the training of physics For heteroepitaxy of crystalline oxides on semicon- dark matter. understanding of physical properties of disordered teachers. ductors. alloys which have uncovered the microscopic underpin- Ong Rene A Meir Yigal University of California nings of the thermodynamics and phase transformations Lempert Robert J RAND Corporation Ben-Gurion University, Israel Particles & Fields of alloys. Forum on Physics & Society DCMP (Condensed Matter) For his contribution to high energy particle astrophys- Johnson Mark Brian For leadership in showing how modern computer For contributions to our understanding of interacting ics, in particular his contribution to very high energy Naval Research Laboratory technology and insights from the study of complex and disordered electron systems, particularly in the gamma ray astronomy, where his research has spanned Materials Physics adaptive systems can be applied to policy problems context of mesoscopic physics. four decades of the electromagnetic spectrum. For his pioneering achievements demonstrating electri- in science, technology, and environmental policy. Meisner Gregory P cal spin injection and detection in ferromagnetic- Ormand Erich General Motors R&D Center Lawrence Livermore National Laboratory nonmagnetic-ferromagnetic metal structures, and Lin Hai Qing Chinese University of Hong Kong Forum on Industrial and Applied Physics Nuclear Physics discovering long conduction electron spin diffusion Computational Physics For advances in filled skutterudite thermoelectric For his important contributions to nuclear structure lengths in bulk and thin film metals. For his contributions in developing and applying com- materials having high energy conversion efficiency. physics, including both the ab initio shell-model cal- Jones Alun Denry Wynn putational methods to quantum many body systems. Meyer Stephan S culations and the Monte Carlo approach; and for his Forum on Physics & Society contributions to nuclear physics as applied to the Linden Paul Frederick University of Chicago For significant contributions to the influence of phys- Stockpile Stewardship. University of California, San Diego Astrophysics ics, the status of physicists and the standing of the For his pioneering use of bolometers to study the Fluid Dynamics Patashinski Alexander Z subject in high schools, universities, industry and For fundamental contributions to geophysical and anisotropy of the cosmic microwave background and Northwestern University government in the United Kingdom. environmental fluid dynamics, gained by a combina- his measurements of CMB anisotropy on scales from DCMP (Condensed Matter) Jones Robert Edwin tion of elegant laboratory experiments, deep physical 0.1 to 90 degrees. For pioneering contributions to the development of Motorola insight, and penetrating mathematical analysis. Meyer Bradley Stewart the contemporary theory of critical phenomena, Forum on Industrial and Applied Physics particularly for the discovery of scale invariance. Lisa Michael Annan Clemson University For development of new materials technologies for Nuclear Physics Ohio State University Patterson Ritchie J integrated circuits and high-permittivity DRAMs. Nuclear Physics For contributions to the theory of nucleosynthesis and Cornell University Jonker Berend Thomas For novel experimental techniques applying intensity for applications of those ideas to the physics of nuclei, Particles & Fields Naval Research Laboratory interferometry to heavy-ion collisions and for his nuclear reactions, neutrinos, and supernovae. For her key role in the analysis and interpretation of DCMP (Condensed Matter) pioneering measurements of the emission duration, Milner Scott Thomas CLEO data on the weak decays of B mesons, the For contributions to the field of magneto-electronics, collective flow and anisotropic geometry of the par- ExxonMobil Research and Engineering determination of the elements of the CKM matrix, and including low dimensional magnetism in metals, spin- ticle emitting source. Polymer Physics the search for physics beyond the Standard Model. dependent carrier localization in semiconductors, and For elucidating the interplay of structure and stress in Litvinenko Vladimir N Petrasso Richard D spin injection, scattering, and ferromagnetic order in Duke University polymer brushes, polymer fluids and layered fluids. Massachusetts Institute of Technology semiconductor heterostructures. Physics of Beams Mitra Partha Pratim Plasma Physics Kaita Robert For fundamental and pioneering contributions to the Bell Laboratories, Lucent Technologies For the comprehensive use of quantitative charged Princeton Plasma Physics Laboratory physics of beams in electron storage rings and free- Biological Physics particle spectroscopy allowing significant advances Plasma Physics electron lasers, including demonstrating the optical For applying theoretical physics methods to biologi- in understanding of laser driven implosions, and for For fundamental fast particle studies, including the klystron and advancing the short wavelength limit of cal data analysis and theoretical engineering. leadership in the national ICF program. first direct observations of ion magnetic trapping, the FEL oscillators. Poliakoff Erwin David resonance localization of radio frequency heating, Moffatt Henry Keith Liu Jia-ming Cambridge University Louisiana State University and mode-particle resonances with tangential neutral UCLA Fluid Dynamics DAMOP (Atomic, Molecular, Optical) beam injection. Laser Science For lasting contributions to the interaction between For contribution to our understanding of molecular Kass Richard D For contributions to ultrafast nonlinear optical turbulence and electromagnetic fields in conducting photoionization, and the development of methods to Ohio State University processes and nonlinear dynamics of lasers. fluids, the role of helicity in hydrodynamic turbulence elucidate correlations between electronic and nuclear Particles & Fields and topological fluid dynamics. degrees of freedom. Longtin Andre For his many contributions, in both hardware and phys- University of Ottawa, Canada Pomphrey Neil ics analysis, that have improved our understanding Moller Peter Biological Physics Los Alamos National Laboratory Princeton Plasma Physics Laboratory of the physics of b and c-quarks and the t-lepton. For the development of statistical physics methods Nuclear Physics Plasma Physics Kaxiras Efthimios to interpret the coding of sensory data by nerve cells. For his contributions in the areas of nuclear fission, For pioneering theoretical and computational investi- Harvard University nuclear masses, nuclear beta decay, data for astro- gations of fusion plasmas interacting with magnetic Louis William C Materials Physics fields and circuits, three dimensional equilibrium and Los Alamos National Laboratory physical applications, and superheavy element stability For contributions to understanding the properties of Nuclear Physics and formation. stellarator optimization, and for original contributions materials, through simulations and the development For his significant contributions to neutrino physics in classical and quantum chaos. of new first-principles, empirical and multiscale com- Murayama Hitoshi through the invention and application of the tech- University of California, Berkeley Prentiss Mara Goff putational methods. nique of weakly scintillating mineral-oil detectors. Particles & Fields Harvard University Kim Young-Kee For contributions to the theory of neutrino masses, DAMOP (Atomic, Molecular, Optical) Madhukar Anupam University of Chicago For her pioneering work in manipulating matter with University of Southern California supersymmetry, supergravity, CP violation and early Particles & Fields Materials Physics universe physics, and for illuminating their observ- electromagnetic fields, including pioneering atom For her precision measurement of the mass of the For contributions to the understanding and develop- able consequences. lithography and chip based atom optics. W boson and her leadership in commissioning the ment of semiconductor epitaxy and stress-driven Price Phillip Nicholas CDF-II detector. Myers Edmund Gregory self-organized epitaxial quantum dots. Florida State University Lawrence Berkeley National Laboratory Kintner, Jr Paul Marvin Fundamental Constants Topical Group Forum on Physics & Society Madland David G Cornell University For his outstanding work to develop predictive maps of Los Alamos National Laboratory For developing innovative techniques for precision Plasma Physics Nuclear Physics laser spectroscopy of helium-like ions and for appli- indoor radon, perform real-time computed tomography For investigation of microstructure, wave-particle in- For his pioneering work on relativistic mean-field theo- cation of atomic physics methods to nuclear physics. of tracer gas plumes, and public outreach for protecting teractions, and plasma acceleration in space plasmas ries of nuclei using point couplings, for relating the building occupants from chemical and biological agents. using sounding rocket and satellite experiments, and Naaman Ron couplings to QCD scaling, and for substantial contri- Weizmann Institute Radzihovsky Leo for innovative applications of GPS technology to space butions to other areas of nuclear theory. Chemical Physics University of Colorado, Boulder plasma experiments. For exploration of reaction mechanisms in van der DCMP (Condensed Matter) Mailhiot Christian For seminal theoretical work on liquid crystals, col- Klein Richard I Lawrence Livermore National Laboratory Waals clusters, development of Coulomb Explosion Lawrence Livermore National Laboratory Materials Physics Imaging, and development of low-energy photoelec- loids, vortices in superconductors, and the quantum Astrophysics For his outstanding contributions and scientific leader- tron spectroscopic methods to establish the electronic Hall effect. For pioneering contributions in computational astro- properties of organized organic thin films. ship in theoretical and computational condensed matter Randall Lisa physics including star formation, radiatively driven and materials physics, with particular emphasis on Harvard University stellar winds, instabilities in supernovae and magne- Naughton Michael J innovative discoveries related to quantum-confined semi- Boston College Particles & Fields tized neutron stars, and scaled laser experiments conductor structures and high-pressure research. DCMP (Condensed Matter) For contributions to the theory and phenomenology of simulating strong shock phenomena in the ISM. For his contributions to the understanding of low electroweak symmetry breaking, CP violation, Marchesoni Fabio supersymmetry, cosmology, and extra dimensions. Klein Jacob Universita’ di Camerino, Italy dimensional electron physics through creative Oxford University, UK and Weizmann Institute, experimental studies of molecular organic conductors Forum on International Physics Reed Helen Louise Polymer Physics For seminal theoretical contributions to the phenom- and superconductors in oriented high magnetic fields. Arizona State University For outstanding contributions to understanding the enology of stochastic processes in condensed phases, Fluid Dynamics dynamics of entangled polymers and the physics of Nelson Philip C including the characterization of stochastic resonance; University of Pennsylvania For her innovative research in boundary-layer stabil- polymers at surfaces. and for theories of linear defects and thermal nucle- Biological Physics ity and receptivity, and her leadership in promoting Klimov Victor I ation in solids. For contributions to the understanding of soft and communicating fluid dynamics. Los Alamos National Laboratory biomaterials, quantum fields, and superstrings, using Mayes Anne M Ritchie Jack L Forum on Industrial and Applied Physics Massachusetts Institute of Technology geometrical and topological methods. University of Texas at Austin For the development of nanocrystal quantum dot Polymer Physics Particles & Fields lasers. Nesterenko Vitali Fedorovich For outstanding theoretical and experimental research University of California, San Diego For his contributions to experimental high energy phys- Koshelev Alexei Evgenievich on the interfacial behavior of polymers and the phase Shock Compression Topical Group ics, particularly his leadership in the E871 experiment, Argonne National Laboratory behavior of polymeric materials. For pioneering contribution to strongly nonlinear wave the most sensitive search available for lepton number DCMP (Condensed Matter) propagation in granular materials, through the discovery violations in K_L decays. McBride Duncan Eldridge For important theoretical contributions to the physics of a new solitary wave, and to shock (localized shear) National Science Foundation Robinett Richard W of vortex matter in superconductors. Forum on Education mesomechanics in porous and heterogeneous media. Penn State University La Haye Robert J For his innovative leadership at the national level Norskov Jens K Forum on Education General Atomics in enhancing the effectiveness of physics education Technical University of Denmark For his contributions to undergraduate education in for undergraduates. 6 APS Prizes and Awards quantum mechanics, especially in visualization, and Shen Zhi-Xun Takayanagi Kunio For his outstanding and innovative contributions to for demonstrated excellence in the training and Stanford University Tokyo Institute of Technology the study of atomic clusters and his pioneering work advising of undergraduate physics majors. DCMP (Condensed Matter) DCMP (Condensed Matter) on multiply charged anions. For pioneering work in advancing the fundamental For discovering and elucidating the structure of multi- Samarth Nitin understanding of the electronic properties of highly shell magic number 7 radii, helical gold wires and for Watts Robert Oliver The Pennsylvania State University correlated systems, in particular high-temperature his contributions to our understanding of the Si(111)7x7 BHP Billiton Limited, Australia Materials Physics Chemical Physics superconductors. surface. For contributions to the fundamental understanding For definitive theoretical and experimental work on of spin dynamics and transport in low dimensional Shenker Stephen H Tanaka Kazuo A the structure of liquids, clusters, and molecular com- semiconductors, enabled by the development of novel Stanford University Osaka University, Japan plexes, and for outstanding management of research magnetic semiconductor quantum structures. Particles & Fields Plasma Physics and development for the global resource industry. For his fundamental contributions to the formulation of For outstanding experimental contributions to high Sanders Gary Hilton perturbative string theory, and for his insights into the energy density plasma physics in the areas of laser- Wefel John P California Institute of Technology structure of space-time that string theory provides. plasma interactions, equation of state, cryogenic Louisiana State University APS Astrophysics implosions, and fast ignition. For his remarkable abilities to synthesize all the ele- Sherwood Bruce Arne For measurements of cosmic ray isotopic and elemen- ments of large, complex, subtle experiments, and for North Carolina State University Towe Elias tal composition and interaction cross sections, and his leadership and cultivation of the communities such Forum on Education Carnegie Mellon University efforts to foster astrophysics-related training, public experiments require. For pioneering applications of computers in physics in- Forum on Industrial and Applied Physics outreach, and education programs. struction, such as PLATO-based mechanics and EM For contributions to the design and application of Saulson Peter R Field, and development of tools for creating such appli- quantum-dot nanostructures in optoelectronic devices. Wei Jie Syracuse University cations, including TUTOR, MicroTutor, cT, and Vpython. Brookhaven National Laboratory Gravitational Topical Group Trallero-Giner Carlos L Physics of Beams For his contributions to experimental gravitational Simon John Douglas University of Havana, Cuba For his outstanding and creative contributions to the physics including pioneering studies of thermal Duke University Forum on International Physics design and development of RHIC and SNS. mechanisms affecting interferometer performance and Chemical Physics For path breaking efforts bringing Cuban and American Wessels Bruce Warren for his educational contributions including authoring For pioneering work in the study of dynamical pro- condensed matter physics into cooperative working cesses in solution and biological systems. relationships and advancing our knowledge of Raman Northwestern University one of the most influential books in the field. Materials Physics Scattering and polar modes in nanostructures. Sawatzky George Albert Sinervo Pekka Kalervo For seminal contributions to understanding of defect University of British Columbia University of Toronto Tringides Michael C structure and dopant behavior in epitaxial semicon- DCMP (Condensed Matter) Particles & Fields Iowa State University ductor and ferroelectric oxide thin films and For his experimental and theoretical contributions to For his important contributions to the discovery of the DCMP (Condensed Matter) heterostructures. the development of various high energy spectroscopic top quark and the first measurements of its proper- For his pioneering contributions in the elucidation of Wettlaufer John S methods for studying the electronic structure of ties, and for his studies of bottom-hadron systems in equilibrium and non-equilibrium adatom diffusion on proton-antiproton collisions. single crystal surfaces and his discovery of quantum Yale University strongly correlated electron systems. DCMP (Condensed Matter) size effects in the growth of Pb islands on Si(111). Schafer Kenneth Joseph Singh Surendra P For fundamental studies of the molecular basis for Louisiana State University University of Arkansas Tripathi Ram K crystal growth and the interfacial transitions of ice, DAMOP (Atomic, Molecular, Optical) Laser Science NASA Langley Research Center and their consequences in large scale phenomena In recognition of his many contributions to the For his original theoretical and experimental contribu- Forum on International Physics within the natural environment. advancement of the field of laser matter interactions tions to the understanding of quantum noise in lasers For pioneering development of nuclear cross section Wiegmann Pavel through innovative, creative and extensive theoreti- and nonlinear optical processes. models used around the world in a wide range of disciplines and applications including space missions University of Chicago cal studies of the highest quality. Singham Mano DCMP (Condensed Matter) and for outstanding contributions to the international Case Western Reserve University Scherer Norbert F For exact solutions of models of interacting elec- Forum on Education physics community. University of Chicago tronic systems and quantum field theory, including Chemical Physics For contributions to K-12 teacher education, the de- van der Laan Gerrit the multi-channel Kondo problem and the Anderson For his seminal contributions to the techniques of velopment of active learning methods in physics Daresbury Laboratory, United Kingdom model for magnetic impurities. ultrafast spectroscopy and their application to funda- classrooms, and our understanding of the nature of DCMP (Condensed Matter) Williams Gary Allen mental problems in condensed phase dynamics. science instruction. For the discovery of the X-ray linear magnetic dichro- ism and outstanding contributions in the development University of California, Los Angeles Stahl Frieda Axelrod DCMP (Condensed Matter) Schlichting Ilme of X-ray circular dichroism. Max Planck Institute for Medical Research California State University, Los Angeles For experimental and theoretical demonstrations of Biological Physics Forum on History of Physics Van Orden Jay Wallace the role of quantized vorticity in superfluid phase For her outstanding contributions in protein crystal- For her scholarly contributions to the history of ideas Old Dominion University transitions in two and three dimensions. lography and structural biology. in physics, history of condensed matter physics, and Few Body Systems Topical Group history of women in physics. For contributions to the understanding of relativistic Williams Philip Karl Schlom Darrell G effects in few- and many-body nuclei with particular U.S. Department of Energy Standing Kenneth Graham APS The Pennsylvania State University emphasis on covariant calculations of the electro- Materials Physics University of Manitoba For his excellent guidance of High Energy Physics magnetic properties of the deuteron. For pioneering contributions to the science of crystal- Topical Group on Instrument & Measurement university research programs within the Department line multicomponent oxide thin films on semiconductors. For his innovative developments in time-of-flight mass Viccaro P. James of Energy. spectrometry, and its application to the measurement University of Chicago Schuch Reinhold Hans of large biomolecules. Topical Group on Instrument & Measurement Williamson Charles H K Stockholm University For his contribution to the development of Synchro- Cornell University DAMOP (Atomic, Molecular, Optical) Stanton Christopher J Fluid Dynamics tron Radiation Sources, in particular insertion For seminal contributions to atomic collision physics University of Florida For imaginative, innovative experiments that have devices and the associated experimental infrastruc- including the development of ion storage rings. Forum on Industrial and Applied Physics injected new life into the study of wake dynamics ture which have had a major impact on the fields of For theoretical contributions to nonequilibrium phe- behind bluff bodies and of trailing vortices. Schwenke David Winston nomena in semiconductors and applications to ultrafast Biology, Materials Science, and Physics. NASA Ames Research Center Winey Karen Irene laser spectroscopy. Wambach Jochen Chemical Physics University of Pennsylvania Institute for Nuclear Physics, Germany For the pioneering development of accurate descrip- Stone Howard A Polymer Physics Nuclear Physics tions of nuclear motion in collision dynamics and Harvard University For exquisite application of electron microscopy and For fundamental contributions to many-body theory, molecular spectroscopy, and for the calculations of Fluid Dynamics x-ray scattering to the determination of the micro- especially nuclear collective excitations and the pair- accurate spectroscopic data and reaction rates. For pioneering work on the dynamics of complex structure of polymers and to elucidating the role of ing gap in neutron stars, and for calculations which fluids in small-scale systems. microdomain geometry on polymer properties. Sekine Toshimori explain the excess dileptons in the CERN CERES National Institute for Materials Science, Japan Strait James B experiments. Winicour Jeffrey Shock Compression Topical Group Fermi National Accelerator Laboratory University of Pittsburgh Wandzura Stephen Michael For his pioneering work in shock synthesis of cubic Physics of Beams Gravitational Topical Group Hughes Research Laboratories, LLC Si(3)N(4) and spinel phases in the Si(3)N(4)-AlN-Al(2)O(3) For his contributions to superconducting magnet tech- For his numerous contributions to the study of gravi- APS system, and for experimental studies elucidating the nology and his leadership of the US LHC Accelerator tational radiation from strong sources. For prediction of spin dependent relations in deep shock metamorphism of minerals and meteorites. Project. inelastic scattering, contributions to the optics of Wise Mark Brian Shapiro Jeffrey H Sundrum Raman random and nonlinear media, and the application of California Institute of Technology Massachusetts Institute of Technology Johns Hopkins University the fast multipole method for Maxwell’s equations to Particles & Fields Particles & Fields Laser Science computational electromagnetics. For the discovery of heavy quark symmetry in QCD, For pioneering contributions to the theory of the genera- For discoveries in supergravity and in theories of and the development of heavy quark effective theory. Wang Lai-Sheng tion, detection, and applications of novel quantum states extra dimensions, and for applications to testable Washington State University Wright John Curtis of light, particularly the squeezed states of light. models of fundamental physics. Chemical Physics University of Wisconsin Chemical Physics For fundamental contributions to the development, understanding, and applications of multiresonant four 2004 APS Fellowship Nomination Deadlines wave mixing methods for electronic and vibrational For submittal information see: http://www.aps.org/fellowship molecular condensed phase spectroscopy. Xie Aihua DIVISIONS Industrial and Applied Physics ...... PAST Oklahoma State University Education...... 04/16/04 Biological Physics Astrophysics ...... 04/30/04 For her outstanding contributions to experimental stud- Atomic, Molecular, Optical ...... 04/16/04 TOPICAL GROUPS ies of protein dynamics, in particular the use of Biological Physics ...... 04/02/04 time-resolved infrared studies to probe the dynamics Few Body Systems ...... 04/02/04 Chemical Physics ...... PAST of photosensitive proteins. Precision Measurement Fund. Const...... 04/02/04 Computational Physics ...... 04/12/04 Instruments and Measurement ...... 04/30/04 Yang Weitao Condensed Matter ...... PAST Hadronic Physics ...... 04/30/04 Duke University Fluid Dynamics ...... PAST Shock Compression ...... 04/02/04 Chemical Physics Polymer Physics ...... 04/16/04 Gravitation ...... 04/02/04 For his pioneering contributions to the development Laser Science ...... 04/02/04 Magnetism and Its Applications ...... 04/02/04 of linear-scaling methods for electronic structure Materials Physics ...... PAST Plasma Astrophysics ...... 04/02/04 calculations and for his fundamental contributions to Nuclear Physics ...... 04/02/04 Statistical and Nonlinear Physics ...... 04/02/04 density functional theory. Particles & Fields ...... 04/02/04 Physics of Beams ...... 04/02/04 Yorke James A Plasma Physics ...... 04/02/04 APS GENERAL 06/01/04 University of Maryland Statistical & Nonlinear Physics FORUMS For seminal contributions to the theory of chaotic dynamics. NOTE: This category is reserved for unusual situations Physics & Society ...... 04/02/04 where the contributions of the nominee clearly do not fall History of Physics ...... 05/01/04 into the area of a technical unit. They are reviewed and International Physics ...... 04/02/04 recommended directly by the ASP Fellowship Committee.

APS Prizes and Awards 7 Nomination Announcements Call for Nominations for 2005 APS Prizes and Awards The following prizes and awards will be bestowed by the Society in 2005. 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 Prizes and Awards page on the APS web site at http://www.aps.org. NOMINATION DEADLINE IS JULY 1, 2004, UNLESS OTHERWISE INDICATED. PRIZES Almaden Research Center; 650 Harry Rd K11/ D02; San Jose, CA 95120-6099; Phone: (408) GEORGE E. VALLEY, JR. PRIZE NICHOLSON MEDAL FOR HUMANITARIAN SERVICE 927-2390; Fax: (408) 927-2395; Email: parkin@ Send name of proposed candidate and sup- HANS A. BETHE PRIZE almaden.ibm.com porting information to: Shelly Johnston; Attn: Send name of proposed candidate and sup- Send name of proposed candidate and George E. Valley Prize; American Physical porting information to: Herman Winnick; supporting information to: Trevor C Weekes, LARS ONSAGER PRIZE Society; One Physics Ellipse; College Park, SLAC Bin 69; Stanford Synch Rad Lab; PO MD 20740-3844; Email: [email protected] Box 4349; Stanford, CA 94309; Phone: (650) Smithsonian Astrophysics Observatory; Send name of proposed candidate and sup- 926-3155; Fax: (650) 926-4100; Email: winick PO Box 97; Amado; AZ 85645-0097; Phone: (520) porting information to: Tom Lubensky; @slac.stanford.edu 670-5726; Fax (520) 670-5739; Email: Department of Physics; University of Pennsyl- ROBERT R. WILSON PRIZE [email protected] vania; 209 S 33rd St. Philadelphia, PA 19104; Send name of proposed candidate and sup- FRANCIS M. PIPKIN AWARD Phone: (215) 898-7002; Fax: (215) 898-2010; porting information to: Peter Limon; MS 316; TOM W. BONNER PRIZE Email: [email protected] Fermilab; PO Box 500; Batavia, IL 60510; Send name of proposed candidate and support- Send name of proposed candidate and sup- Phone: (630) 840-3340; Fax: (630) 840-3756; ing information to: Edward Eyler; Dept of Physics porting information to: Brad Philippone; GEORGE E. PAKE PRIZE Email: [email protected] U-3046; Univ of Connecticut ; 2152 Hillside Rd; Storrs, CT 06269-3046; Phone: (860) 486-3988; 106-38 Kellogg Rad Lab; Caltech, 1200 E Send name of proposed candidate and sup- AWARDS, MEDALS AND California Blvd; Pasadena, CA 91125; Fax: (860) 486-3346; Email: [email protected] porting information to: Gordon Thomas; LECTURESHIPS Phone (626) 395-4517, Fax (626) 564-8708; Department of Physics; New Jersey Institute Email:[email protected] of Technology; 483 Tiernan Hall; Newark, NJ AWARD FOR EXCELLENCE IN 07102-1982; Phone: (973) 596-3558; Fax: (973) DAVID ADLER LECTURESHIP PLASMA PHYSICS RESEARCH HERBERT P. BROIDA PRIZE 596-5794; Email: [email protected] AWARD Deadline: April 1, 2004 Send name of proposed candidate and sup- Send name of proposed candidate and sup- Send name of proposed candidate and sup- porting information to: Ara Apkarian; Dept of W.K.H. PANOFSKY PRIZE porting information to: Chris Palmstrom; porting information to: Ronald Parker; 3 Essex Chemistry; University California at Irvine; Department of Chemical Engineering and Send name of proposed candidate and sup- Road; Belmont, MA 02178-3447; Phone: (617) Irvine, CA 92697-2025 ; Phone: (714) 824-6851; Materials Science; University of Minnesota; 421 porting information to: Howard Gordan; 258-6662; Email:[email protected] Washington Avenue; SE, Minneapolis, MN Email: [email protected] Physics Department 510-F; Brookhaven 55455; Phone: (612) 625-7558; Fax: (612) 626- National Lab; Upton NY 11973; Phone: (631) 7246; Email: [email protected] SHOCK COMPRESSION OLIVER E. BUCKLEY CONDENSED 344-3740; Fax: (631) 344-5568; Email: SCIENCE AWARD MATTER PHYSICS PRIZE [email protected] LEROY APKER AWARD Send name of proposed candidate and sup- Send name of proposed candidate and sup- porting information to: Lalit Chhabildas; 3716 porting information to: Stuart Wolf; Code 6340; EARLE K. PLYLER PRIZE FOR Deadline: June 13, 2004 Tewa Dr NE; Albuquerque, NM 87111; Phone: NRL; 4555 Overlook Ave SW; Washington DC MOLECULAR SPECTROSCOPY Send name of proposed candidate and sup- (505) 844-4147; Fax: (505) 845-7003; Email: 20375-5000; Phone: (202) 767-4163; Fax: (202) Send name of proposed candidate and sup- porting information to: Dr. Alan Chodos; [email protected] 767-1697; Email: [email protected] porting information to: Donald Levy; James American Physical Society; One Physics Franck Institute; University of Chicago; 5640 S Ellipse; College Park, MD 20740; Attn: Apker LEO SZILARD LECTURESHIP DAVISSON-GERMER PRIZE Ellis Ave; Chicago, IL 60637; Phone: (773) Award Committee; Phone: (301) 209-3233; AWARD 702-7196; Fax: (773) 702-5863; Email: Fax: (301) 209-0865; Email: [email protected] Send name of proposed candidate and sup- [email protected] Send name of proposed candidate and sup- porting information to: Randall Feenstra; Dept porting information to: Ken Heller; Department of Physics; Carnegie Mellon University; 5000 EDWARD A. BOUCHET AWARD of Physics; 116 Church St S.E.; University of Forbes Ave; Pittsburgh, PA 15213; Phone: (412) POLYMER PHYSICS PRIZE Send name of proposed candidate and sup- Minnesota; Minneapolis, MN 55455; Phone: 268-6961; Fax: (412) 681-0648; Email: Send name of proposed candidate and sup- porting information to: David Campbell; 612-624-7314; Fax: 612-624-4578; Email: [email protected] porting information to: Dave Weitz; College of Engineering; Boston University; 44 [email protected] Department of Physics & DEAS; Harvard Cummington St.; Boston, MA 02215; Phone: EINSTEIN PRIZE University; Pierce Hall 29 Oxford; Cambridge, (617) 353-2800; Fax: (617) 353-5929; Email: JOHN WHEATLEY AWARD MA 02138; Phone: (617) 496-2842; Fax: (617) [email protected] Send name of proposed candidate and sup- 495-2875; Email: [email protected] Send name of proposed candidate and sup- porting information to: James Hartle; porting information to: David Ernst; Department of Physics; University of Califor- JOSEPH A. BURTON FORUM Department of Physics & Astronomy; nia; Santa Barbara, CA 93106; Phone: (805) I.I. RABI PRIZE IN ATOMIC, AWARD Vanderbilt University; Nashville, TN 37235; 893-2725, Fax: (805) 893-2902; Email: MOLECULAR AND OPTICAL Send name of proposed candidate and sup- Phone: (615) 343-6440; Fax: (615) 343-1103; [email protected] PHYSICS porting information to: Ken Heller; Department Email: [email protected] Send name of proposed candidate and sup- of Physics; 116 Church St S.E.; University of DANNIE HEINEMAN PRIZE porting information to: Tom Gallagher; UVA Minnesota; Minneapolis, MN 55455; Phone: 612-624-7314; Fax: 612-624-4578; Email: DISSERTATION AWARDS Send name of proposed candidate and sup- Physics Dept.; PO Box 400714; Charlottesville, [email protected] porting information to: Carl Bender; Dept of VA 22904; Phone: (804) 924-6817; Fax: (804) Physics; Washington University; St Louis, MO 924-4576; Email: [email protected] ANDREAS ACRIVOS 63130; Phone: (314) 935-6216, Fax: (314) 935- JOHN H. DILLON MEDAL DISSERTATION AWARD IN FLUID ANEESUR RAHMAN PRIZE FOR DYNAMICS 6219; Email: [email protected] Send name of proposed candidate and sup- COMPUTATIONAL PHYSICS porting information to: Frank Bates; Dept. of Deadline: May 1, 2004 IRVING LANGMUIR PRIZE IN Chemical Engineering and Materials Science; Send name of proposed candidate and support- Send name of proposed candidate and sup- CHEMICAL PHYSICS ing information to: Sid Yip, Rm 24-208; MIT; University of Minnesota; 421 Washington Ave. SE; Minneapolis, MN 55455; Phone: (612) porting information to: Sutanu Sarkar, Chair; Send name of proposed candidate and sup- Cambridge, MA 02139-4307; Phone: (617) 253- MS 0411 Dept of MAE; UCSD; 9500 Gilman 3809; Fax: (617) 258-8863; Email:[email protected] 624-0839; Fax: (612) 626-1686; Email: bates@ porting information to: John Weeks; IPST; cmes.umn.edu Dr. La Jolla, CA 92093; Phone: (858) 534-8243; University of Maryland; College Park, MD Fax: (858) 534-7599; Email: [email protected] 20742; Phone: (301) 405-4802; Fax: (301) 314- J. J. SAKURAI PRIZE FOR 9404; Email: [email protected] THEORETICAL PARTICLE PHYSICS ABRAHAM PAIS AWARD FOR HISTORY OF PHYSICS MITSUYOSHI TANAKA Send name of proposed candidate and sup- DISSERTATION AWARD IN JULIUS EDGAR LILIENFELD PRIZE porting information to: Paul Langacker; Send name of proposed candidate and sup- EXPERIMENTAL PARTICLE porting information to: Roger Stuewer; Tate Send name of proposed candidate and sup- Department of Physics; University of Pennsyl- PHYSICS Laboratory of Physics; University of Minnesota; porting information to: Allen Goldman; School vania; 209 S 33rd St.; Philadelphia, PA 19104; 116 Church Street SE; Minneapolis, MN 55455; Deadline: June 30, 2004 of Physics & Astronomy; University of Minne- Phone: (215) 898-5943; Fax: (215) 898-8512; Email: [email protected] sota; 146 Physics; 116 Church Street; Email:[email protected] Send name of proposed candidate and sup- Minneapolis, MN 55455; Phone: (612) 624- porting information to: Richard Partridge; Dept 6062; Fax: (612) 624-4578; Email: goldman@ ARTHUR L. SCHAWLOW PRIZE JOSEPH F. KEITHLEY AWARD of Phys.; Brown Univ.; Providence, RI 02912; physics.umn.edu FOR ADVANCES IN Phone: (401) 863-2634; Fax: (401) 863-2024; Send name of proposed candidate and sup- MEASUREMENT SCIENCE Email: [email protected] porting information to: Linda Young; Phys Div. JAMES CLERK MAXWELL PRIZE Send name of proposed candidate and sup- 203 F125; Argonne National Lab; 9700 S Cass MARSHALL N. ROSENBLUTH Ave.; Argonne, IL 60439; Phone: (630) 252- porting information to: David Seiler; NIST; Deadline: April 1, 2004 OUTSTANDING DOCTORAL 8878; Fax: (630) 252-6210; Email: TECH/B342; 100 Bureau Drive; MS 8120; Send name of proposed candidate and sup- [email protected] Gaithersburg, MD 20899; Phone: (301) THESIS AWARD porting information to: William Heidbrink; 975-2074, Fax: (301) 975-6021; Email:david. Deadline: April 1, 2004 Dept of Physics & Astronomy; University of PRIZE TO A FACULTY MEMBER [email protected] California/Irvine; Irvine, CA 92697; Phone: Send name of proposed candidate and sup- FOR RESEARCH IN AN (949) 824-5398; Fax: (949) 824-2174; Email: MARIA GOEPPERT-MAYER AWARD porting information to: Yu Lin, Physics [email protected] UNDERGRADUATE INSTITUTION Department; 206 Allison Laboratory Auburn Send name of proposed candidate and sup- Send name of proposed candidate and sup- University; Auburn, AL 36849-5311; Phone: JAMES C. MCGRODDY PRIZE porting information to: Michael Sadler; PO Box porting information to: Cherry Murray; Bell (334) 844-4683; Fax: (334) 844-4613; Email: FOR NEW MATERIALS 27963; Abilene, TX 79699; Phone: (915) 674- Labs-Lucent Technologies; Room 1C-224;, 700 [email protected] 2189; Fax: (915) 674-2146; Email: sadler@ Mountain Ave; Murray Hill, NJ 07076; Phone: Send name of proposed candidate and sup- physics.acu.edu (908) 582-5849; Fax: (908) 582-3260; Email: porting information to: Stuart Parkin; IBM [email protected] 8 APS Prizes and Awards