A listing of Argonne theoretical and computational scientists.
| Name |
Research areas |
Divison |
Position |
| Abrikosov,
Alex |
High-Tc superconducting cuprates |
Materials Science |
Staff |
| Acioli, Paulo |
Electronics and dynamics of metal clusters |
Chemical Sciences and Engineering |
Visiting scientist |
| Ahn, Ken |
Magnetic oxides, synchrotron-related
theory |
Adanced Photon Source |
Postdoc |
| Ajayi,
Oyelayo |
Hyrdrodynamics of lubrication |
Energy Technology |
Staff |
| Allain, J.P. |
Extreme ultraviolet lithography, lithium-based
systems for fusion applications |
Mathematics and Computer Science |
Staff |
| Anitescu,
Mihai |
Numerical analysis, computational optimization |
Mathematics and Computer Science |
Staff |
Aronson, Igor |
Physics of granular media; biological
physics; soft condensed matter |
Materials Science |
Staff |
| Babnigg,
Gyorgy |
Bioinformatics |
Biosciences |
Staff |
| Beloborodov, Igor |
Granular electronic systems;
mesoscopic superconductivity; quantum nanodevices; strongly
correlated electron
systems |
Materials Science |
Fermi Scholar |
| Benedek,
Roy |
Battery program, performs theoretical
calculations |
Chemical Sciences and Engineering |
Staff |
| Berger,
Ed |
Collider physics, strong Interactions,
Higgs physics and supersymmetry |
High Energy Physics |
Staff |
Bhagwat, Mandar S. |
Quantum field theory, hadron physics |
Physics |
Postdoc |
| Bodwin,
Geoff |
Strong interactions & quarkonia physics |
High Energy Physics |
Staff |
| Brooks, Jeffrey |
Computational nuclear engineering |
Mathematics and Computer Science |
Staff |
| Cattaneo, Fausto |
Computational fluid dynamics |
Mathematics and Computer Science |
Staff |
| Chae, Yong-Chul |
Wakefields and beam instabilities in
accelerating structures, numerical methods |
Accelerator Systems |
Staff |
| Christiansen,
John |
Computational modeling and simulation,
GRID computing. |
Decision and Information Sciences |
Staff |
| Cloet, Ian |
Quantum chromodynamics, nucleon and
nuclear structure, relativistic bound state equations, relativistic
shell models, nuclear medium modifications |
Physics |
Postdoc |
| Curtiss,
Larry |
Computational materials chemistry;
electronic structure methods development; computational catalysis |
Chemistry, Materials Science |
Staff |
| Davis,
Michael J. |
Nonlinear chemical dynamics and kinetics |
Chemical Sciences and Engineering |
Staff |
| Dees,
Dennis |
Battery program, performs theoretical
calculations |
Chemical Sciences and Engineering |
Staff |
| Esbensen,
Henning |
Heavy-ion reactions, nuclear structure |
Physics |
Staff |
| Fedro, Art |
Superconductivity, magnetism, mesoscopics |
Materials Science |
Visiting scientist |
| Fischer,
Paul |
Fluid dynamics, CFD, biofluid dynamics |
Mathematics and Computer Science |
Staff |
| Frank, Edward |
Computational biology |
Mathematics and Computer
Science |
Staff |
| Garcia Tormo, Xavier |
Quarkonia physics and strong interactions |
High Energy Physics |
Postdoc |
| Gray,
Stephen |
Quantum dynamics, nanophotonics, nanoscale
chemistry |
Chemical Sciences and Engineering |
Staff |
Greeley, Jeff |
Density functional theory studies
of heterogeneous catalysts, such as electrocatalysts for fuel
cell electrodes and metal catalysts for methane and natural gas
conversion; first-principles studies of electrochemical sensors;
microkinetic modeling and multiscale materials simulation; data
mining of catalytic databases derived from first principles calculations;
screening and design of materials from first principles |
Center for Nanoscale Materials |
Staff |
| Gusliyenko, Konstantin |
Spin dynamics |
Materials Science |
Visiting scientist |
| Harding,
Lawrence B. |
Potential energy surfaces for combustion
reaction |
Chemical Sciences and Engineering |
Staff |
| Hassanein,
Ahmed |
High-energy particle and plasma Interactions
with materials |
Mathematics and Computer Science |
Staff |
Horner, David |
Computational materials chemistry;
applications of electronic structure theory |
Materials Science |
Visiting scientist |
| Hubisz, Jay |
Particle physics beyond the Standard
Model: collider phenomenology, model building. |
HIgh Energy Physics |
Postdoc |
Iddir, Hakim |
Electronic structure calculations;
computational material science; surfaces and Interfaces |
Materials Science |
Visiting scientist |
| Insepov, Zeke |
Computational physics, material science |
Mathematics and Computer Science |
Staff |
Ioan, Kosztin |
Computational biology approach to
channel proteins; biological membranes; light harvesting molecules;photosynthetic
reaction centers |
Materials Science |
Visiting scientist |
| Jacob, Robert |
Geophysical modeling |
Mathematics and Computer Science |
Staff |
Janko, Boldizsar |
Nanoscale superconductors, magnets
and semiconductors; magnetic semiconductors & hybrids; heavy
fermion and high-temperature superconductivity; vortex matter |
Materials Science |
Visiting scientist |
| Jellinek,
Julius |
Electronics and dynamics of metal clusters |
Chemical Sciences and Engineering |
Staff |
| Johnson,
Bob |
Environmental statistics |
Environmental Assessment |
Staff |
| Kachiani, Khatuna |
Potential energy surfaces for combustion
reaction |
Chemical Sciences and Engineering |
Postdoc |
| Kaper,
Hans |
Applied mathematics, dynamical systems,
partial differential equations |
Mathematics and Computer Science |
Staff |
| Karpeev,
Dmitry |
Dynamical systems, geometric PDE theory |
Mathematics and Computer Science |
Postdoc |
| Kim,
Kwang-Je |
Particle beam generation and manipulation,
electrodynamical processes in beams |
Accelerator Systems |
Staff |
| Klippenstein, Stephen J. |
Combustion reaction kinetics |
Chemical Sciences and Engineering |
Staff |
| Klironomos, Alex |
Superconductivity, magnetism, mesoscopics |
Materials Science |
Postdoc |
| Konkashbaev,
Isak |
Plasma physics |
Mathematics and Computer Science |
Staff |
| Koshelev, Alexei |
Theory of vortex matter in layered
superconductors; nature of vortex phase diagram; lattice
structures in tilted magnetic fields; dynamics
of the Josephson vortex lattice; two-band
superconductivity in magnesium diboride; melting
transition in two dimensions |
Materials Science |
Staff |
| Lee,
T. -S. |
Intermediate-energy hadron reaction
theory |
Physics |
Staff |
| Lee, Tae-Woo |
Quantum dynamics, nanophotonics, nanoscale
chemistry |
Chemical Sciences and Engineering |
Postdoc |
| Leyffer,
Sven |
Scientific computing, numerical optimization |
Mathematics and Computer Science |
Staff |
| Lillie, Benjamin |
Collider phenomenology of physics beyond
the Standard Model |
High Energy Physics |
Postdoc |
| Liu,
Guokui |
Crystal field theory and excited states
dynamics and its application to heavy element spectroscopy |
Chemical Sciences and Engineering |
Staff |
| Lyczkowski, Bob |
Computational fluid dynamics |
Energy Systems |
Staff |
| Lopatin, Andre |
Correlated electronic systems |
Materials Science |
Postdoc |
| Lottes,
Steve |
Computational fluid dynamics |
Energy Systems |
Staff |
| Low, Ian |
Theoretical particle physics, in particular,
beyond the Standard Model. |
High Energy Physics |
Staff |
| Macal,
Chick |
Computational modeling and simulation,
GRID computing. |
Decision and Information Sciences |
Staff |
| Makowski,
Lee |
Bioinformatics; diffraction theory |
Biosciences |
Staff |
| Maltsev, Natalia |
Bioinformatics |
Mathematics and Computer Science |
Staff |
| Matveev,
Konstantin |
Quantum electronic transport in
nanoscale systems |
Materials Science |
Staff |
| Medina, Anibal |
Extra dimensions, cosmology; supersymmetry |
High Energy Physics |
Student |
Melikyan, Ashot |
Condensed matter theory |
Materials Science |
Visiting scientist |
| Meyer, Folker |
Bioinformatics |
Mathematics and Computer Science |
Staff |
| More,
Jorge |
Computational optimization, problem-solving
environments, cyberinfrastructure |
Mathematics and Computer Science |
Staff |
| Morozov, Vitali |
Mathematical modeling |
Mathematics and Computer Science |
Staff |
Nakhmanson, Serge |
Interfacial and disordered electroactive
materials, first-principles-based materials design, electronic
structure calculations |
Materials Science |
Staff |
| Nelson, Paul |
Battery program, performs theoretical
calculations |
Chemical Sciences and Engineering |
Staff |
| Nollett, Kenneth M. |
Nuclear astrophysics and reactions
of light nuclei |
Physics |
Staff |
| Norman,
Michael |
Condensed matter theory |
Materials Science |
Staff |
Paul, Indranil |
Quantum phase transitions |
Materials Science |
Visiting scientist |
Pervin, Muslema |
Few-body nuclear physics, heavy-quark
physics, hadron physics |
Physics |
Postdoc |
| Pieper, Steve C. |
Nuclear forces, light nuclei, dense
nucleon matter |
Physics |
Staff |
Rech, Jerome |
Condensed matter theory |
Materials Science |
Visiting scientist |
| Redfern, Paul |
Electronic structure calculations for
material chemistry, nanoscience, electrochemistry, catalysis |
Chemical Sciences and Engineering |
Staff |
| Rest, Jeff |
Behavior of nuclear fuels |
Energy Technology |
Staff |
| Roberts, Craig D. |
Quantum field theory and hadron physics |
Physics |
Staff |
| Rosner, Robert |
Fluid dynamics, plasma physics, astrophysics |
Office of the Director |
Argonne Director |
| Ruscic, Branko |
Thermochemistry, spectroscocpy, electronic
structure, ionization phenomena |
Chemical Sciences and Engineering |
Staff |
| Sallach, David |
Social complexity, micro-macro modeling,
social agent simulation |
Decision and Information Sciences |
Staff |
| Santra, Robin |
Ionization dynamics and inner-shell
physics of atoms, molecules, and clusters; Strong-field and electron
correlation effects in the VUV and x-ray regimes |
Chemical Sciences and Engineering |
Staff |
Sashi, Adiga |
Molecular dynamics, Monte Carlo
and quantum chemical simulations; computational nanotechnology/
materials science; molecular design of bio-inspired nanostructures;
large-scale molecular simulations of material properties, polymer
dynamics, and protein structure |
Materials Science |
Visiting scientist |
| Sharma, Prashant |
Superconductivity, magnetism, mesoscopics |
Materials Science |
Postdoc |
| Shepard, Ron |
Development of new electronic structure
methods and their parallelization |
Chemical Sciences and Engineering |
Staff |
| Siegel, Andrew |
Simulation of nuclear energy systems |
Mathematics and Computer Science |
Staff |
| Sinclair, Don |
Strong interactions, lattice gauge
theories |
High Energy Physics |
Staff |
| Sizyuk, Vlaeryi |
Hydrodynamics |
Energy Technology |
Staff |
| Stevens, Fred |
Protein structure; function; evolution |
Biosciences |
Staff |
| Tait, Tim |
Collider physics, strong Interactions,
supersymmetry, extra dimensions |
High Energy Physics |
Staff |
| Tentner, Adrian |
Computational fluid dynamics, mutli-phase
flow and heat transfer, computer modeling and simulation of multi-scale
multi-physics systems. |
Nuclear Engineering |
Staff |
| Tomasko, Dave |
Fluid dynamics |
Environmental Assessment |
Staff |
| Truran, James W. |
Nuclear astrophysics |
Physics |
Staff |
| Van
Veenendaal, Michel |
Condensed matter theory; many-body
problems |
X-ray Science |
Staff |
| Velytsky, Alexander |
Lattice gauge theory. |
High Energy Physics |
Postdoc |
| Vinokur, Valerii |
Mesoscopic superconductivity and
magnetism, spintronics, hybrid nanostructures; dynamics of disordered
media and non-equilibrium stochastic dynamics; physics of glasses;
disordered superconductors: flux pinning, flux dynamics and related
phenomena; physics of fractures and fatigue, crack propagation,
dislocation dynamics; soft condensed matter, physics of granular
materials; electronic transport in quantum and low-dimensional
systems |
Materials Science |
Staff |
| Wagner, Albert F. |
Theoretical reaction kinetics, potential
energy surface fitting |
Chemical Sciences and Engineering |
Staff |
| Wagner, Carlos |
Higgs physics, supersymmetry, extra
dimensions, cosmology |
High Energy Physics |
Staff |
| Wang, Chun-xi |
Particle beam generation and manipulation,
Hamiltonian system |
Accelerator Systems |
Staff |
| Wang, Xiwen |
Theory and modeling of nanophotonics
problems |
Chemical Sciences and Engineering |
Resident Associate, Northwestern University |
| Winkler, Roland |
Low-dimensional systems; spin related
phenomena; transport properties
|
X-ray Science |
Staff |
| Wiringa, Robert B. |
Nuclear forces, light nuclei, and dense
nucleon matter |
Physics |
Staff |
| Wolf, Dieter |
Computational materials science, with
focus on the role of interfaces in nanostructured materials |
Materials Science |
Staff |
| Wolsky, Alan |
Classical electricity and magnetism,
statistical mechanics, engineering physics |
Energy Systems |
Staff |
| Yu, Charley |
Radiological environmental pathway
analysis |
Environmental Assessment |
Staff |
| Zachos, Cosmas |
Nambu dynamics, phase-space quantization
and non-commutative physics |
High Energy Physics |
Staff |
| Zapol, Peter |
Computational materials science,
multiscale
modeling methods development,
lectronic structure theory |
Materials Science |
Staff |
