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Computational Condensed Matter Physics
Archival page 2002
Computational Sciences Section
The Computational Condensed Matter Physics group pursues development and use of
computational models to simulate complex
physical systems in order to
identify and correct process and/or
operational problems.
Current projects include:
- BES/DMSE Spin Dynamics (some recent results)
- BES/DMSE Transition Metal Oxides
- DARPA Magnetic Semiconductors
- MICS/AMS Materials Simulations
- ORNL/LDRD Multiscale Modeling Techniques for Magnetic Nanostructures
- EERE/OAAT-OHVT Emissions Control Device Simulation:
Surface Catalytic Reaction Dynamics
(some recent results)
Some Past Projects
ORNL Materials application enshrined in Smithsonian
A team, led by ORNL's Malcolm Stocks and including CSM's William Shelton,
has been
nominated for the 2000 Computerworld
Smithsonian award in honor of their achievement of TeraFLOP performance
with a materials code in
November of 1998 (for which they won the Gordon Bell award). As a
Laureate, this project will be described
in the Smithsonian's National Museum of American History's
Permanent Research Collection and in the book Faces of
Innovation.
Now in its twelfth year, the Computerworld Smithsonian Program
(CWSP) is considered the most prestigious awards program in the
information technology industry.
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Staff
W. A. Shelton (group leader)
- T. Kaplan
- M. E. Mostoller
- A. V. Phan
- J. Richardson
- T. Schulthess
If you have an interest in collaborating with us, contact
Bill Shelton,
(865)576-7932.
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