Note: The files below are in PDF format.
Title
|
Presentors
|
Program |
Multiscale Simulation in Materials Behavior |
Sam Trickey, Florida |
KDI |
Simulation and Modeling of Non-Crystalline Semiconductors |
Paulette Clancy, Cornell |
KDI |
Theoretical Solid State Physics |
Marvin Cohen, UC-Berkeley |
MT |
High performance Algorithms for Electronic Materials |
Jim Chelikowsky, Minnesota |
DMR |
Electronic Structure of Condensed Matter |
Richard Martin, UIUC |
DMR |
Large Scale Quantum Mechanical MD Simulations |
Chakram Jayanthi,Louisville |
ITR |
Quantum Cluster Theory |
Mark Jarrell, Cincinnati |
ITR |
Non-equilibrium surface growth and the scalability of parallel discrete-event simulations for large asynchronous systems |
Gyorgy Korniss, RPI |
ITR |
Novel Scalable Simulation Techniques |
Roberto Car, Princeto |
ITR |
Coherence and Correlation in Electronic Nanostructures |
Harold Baranger, Duke |
NIRT |
Modeling and Simulation of Quantum Phenomena in Semiconductor Structures of Reduced Dimensions
|
M.-Y. Chou, Georgia Tech |
ITR |
Computational Tools for Multicomponent Materials Design |
Long-Qing Chen, Penn State |
ITR |
Large-Scale Dislocation Dynamics Simulations |
Lizhi Sun, Iowa |
ITR |
Screening in Strongly Correlated Electron Systems |
Bernd Schuttler, Georgia |
ITR |
Multiscale Simulation of Atomistic Processes in Nanostructured Materials
|
Rajiv Kalia, LSU |
FRG |
Billion Atom Multiscale Simulations on a Grid |
Priya Vashishta, LSU |
ITR |
Multiscale Models for Microstructure Simulation and Process Design |
Bob Haber, UIUC |
ITR |
Multiscale Simulation of POSS Materials |
Peter Cummings, Tennessee |
NIRT |
Multiscale Modeling of Defects in Solids
|
Jim Sethna,
Cornell |
KDI |
Computational Studies of Dynamical Phenomena in Nanoscale Ferromagnets
|
Mark Novotny, Mississippi State |
DMR |
Evolution and Self-Assembly of Quantum Dots |
Peter Voorhees, NWU |
NIRT |
Multiscale Biomolecular Simulations |
Celeste Sagui, NCSU |
ITR |
Explorations and Control of Condensed Matter Qubits |
Whaley, UCB |
ITR |
Center for Modeling of Quantum Dynamics, Relaxation and Decoherence in Solid State Physics |
Vladimir Privman, Clarkson |
ITR |
Foundations of Solid State Quantum Information Processing |
Paul Kwiat, UIUC |
ITR |