External Funding in the Last Few Years

1. Shelob - A Heterogeneous Computing Platform to Enable Transformation of Computational Research and Education in the State of Louisiana, CNS-1205682, $539,999 over the three year period 7/1/12-6/30/15 by the National Science Foundation. Investigators: Honggao Liu (PI), M. Jarrell, S. Brandt, H. Kaiser, J. Ramanujam.

2. Disorder-Mediated Properties of Functional Materials, as part of a Computational Materials and Chemical Sciences Network, $840,200 over the three-year period 10/01/10-0/31/13 by the Department of Energy, Basic Energy Sciences, CMCSN. Investigators:Wei Ku (PI), with co-PIs Mark Jarrell, Duane Johnson, Peter Hirschfeld, Hai-Ping Cheng, and William Shelton

3. Louisiana Alliance for Simulation-Guided Materials Applications (LA- SiGMA): Leveraging Next Generation Supercomputing for the Study of Complex Multiscale Phenomena in Materials, EPS-1003897, $20,000,000 ($9,123,947 at LSU) over the five year period, 10/1/10-9/31/15, by the National Science Foundation, Investigators: M. Khonsari State LA-Regents EPSCoR Director (PI), M. Jarrell LSU Physics (co-PI), R. Hall LSU Chemistry (co-PI), R. Ramachandran LA Tech Chemistry (co-PI), L. Pratt Tulane Chemical Engineering (co-PI).

4. Simulations of Strongly Correlated Electronic Materials, DMR-0706379, $375,000 over the three-year period 09/01/07-08/30/11 by the National Science Foundation, Materials Theory Program.

5. Graduate Education in Petascale Many Body Methods for Complex Correlated Systems, OISE-0730290, $2,500,000 over the five-year period 9/1/07-8/31/12 by the National Science Foundation, Office of International Science and Engineering (OD/OISE). Investigators: Juana Moreno (PI), M. Jarrell (Co-PI) and K. Tomko (Co-PI).

6. Predictive Capability for Strongly Correlated Systems, DOE DE-FG02-04ER46129, as part of a Computational Materials Science Network, $121,200 over the three-year period 04/15/07-04/14/10 (to be approved year by year) by the Department of Energy, Basic Energy Sciences, CMSN (Warren Pickett, UC Davis, PI).

7. Next Generation Multi-Scale Quantum Simulation Software for Strongly Correlated Materials DE-FC02-06ER25792 $3,000,000 over the five-year period 7/06-6/11 (extended to 9/12), by the Department of Energy, SciDAC. Investigators: M. Jarrell (PI) and K. Tomko at the Univ. of Cincinnati, Th. Maier (co-PI) and E. DÁzevedo at ORNL, Z. Bai (co-PI) R.T. Scalettar and S. Savrasov at UC Davis.

8. Higher Education Research Experiences at Oak Ridge National Laboratories, $55,477, UT - Battelle LLC, 04/06-08/06.

9. Maximum Entropy Methods of Statistical Inference, $80,139, 08/05-08/06, subcontract through Physical Electronics, USA.

10. Predictive Capability for Strongly Correlated Systems, DE-FG02-ER46129, as part of a Computational Materials Science Network, $121,200 over the three-year period 04/15/04-04/14/07 (to be approved year by year) by the Department of Energy, Basic Energy Sciences, CMSN.

11. Simulations of Double-Exchange Manganite, $32,785 01/05-12/05, UT - Battelle LLC.

12. Development of Capability Computing, $19,955 08/04-07/05, UT - Battelle LLC.

13. Using Dynamical Cluster Approximation (DCA) to Study One-Dimensional Nanostructures, $15,120 03/04-08/05, UT - Battelle LLC.

14. Simulations of Strongly Correlated Electronic Materials, DMR-0312680, $496,000 over the four-year period 07/01/03-06/30/07 by the National Science Foundation, Materials Theory Program.

15. Realistic Simulations of Nano Structures, $19,516 06/03-09/04, UT - Battelle LLC.

16. Realistic Simulations of Nano Structures, $19,845 08/02-08/02, UT - Battelle LLC.

17. Simulations and Modeling of Carbon Nanotubes: A Study of Electronic Correlations, DMR-0113574, $450,000 over the three year period 09/01/01-08/31/05, a grant by the National Science Foundation (ITR/NANO) to Mark Jarrell and FuChun Zhang.

18. Simulations of Strongly Correlated Electronic Materials, DMR-0073308, $312,000 over the three-year period 7/00-6/03 by the National Science Foundation, Materials Theory Program.