CURRENT FUNDING

---

• NSF DMR-0448838 "Career: Computer Simulations of Glassy and Athermal Systems", Duration: 4-1-05 to 3-31-10

• NSF DMS-0835742 "CDI-Type II: Collaborative Research: Computational Homology, Jamming, and Force Chains in Dense Granular Flows", Duration: 9-1-08 to 8-31-12

• NSF CBET-0908238 "Force chain fluctuations and jamming in dense granular flows", Duration: 6-1-09 to 5-31-10

• NSF CBET-0967262 "Collaborative Research: Experiment, Simulation, and Theory of Slowly Driven Granular Materials-From Microstate Statistics to Macroscopic Properties", Duration: 2-15-10 to 2-14-13

• Raymond and Beverly Sackler Institute for Biological, Physical and Engineering Sciences "Using Proteins to Create `Smart', stimuli-responsive nano-materials", Duration: 11-09-09 to 10-31-10

• Raymond and Beverly Sackler Institute for Biological, Physical and Engineering Sciences "The role of curvature in alpha-synuclein binding to lipid bilayers", Duration: 11-09-09 to 10-31-10

PRIOR FUNDING

---

• NSF CTS-0456703 "Collaborative Research: Studies of Aging and Memory in Granular Materials", Duration: 9-1-05 to 8-31-06

• NSF CBET-0625149 "Collaborative Research: Visualization of the Aging Process in Granular Matter using Experiment and Simulation", Duration: 9-1-06 to 8-31-08

• Yale Institute for Nanoscience and Quantum Information
  
"Coordinated Simulations and Experiments to Predict the Dynamics of Protein Folding from the Amino Acid Sequence", Duration: 8-15-07 to 8-14-08

• Yale Institute for Nanoscience and Quantum Information
  "Using Theory, Simulation, and Experiment to Design and Build Structure-seeking Nano- and Bio-materials", Duration: 9-15-08 to 9-14-09