|
Princeton University, Princeton, NJ |
|
Office of
Science Program Office/Division and
Research |
Total
($ in thousands) |
|
Office of Fusion Energy
Sciences |
- The Center for Multiscale Plasma Dynamics
|
85 |
- Attaining Ultra-High Laser Pulses by Raman
Backscattering Amplification and Compression in Plasma
|
110 |
- Ultra-High Intensity Magnetic Field
Generation in Dense Plasma
|
0 |
- Alpha Channeling in Mirror Machines
|
60 |
- Kinetic Instabilities and Turbulence in
Photonic Plasma
|
165 |
|
Office of High
Energy Physics |
- Computational Astrophysics Consortium: 3.
Supernovae, Gamma-Ray Bursts, and Nucleosynthesis
|
212 |
- 34th International Conference on High
Energy Physics - ICHEP08 (July 29th - August 5th, 2008)
|
40 |
- Systematic Effects in Type-1a Supernovae
|
180 |
- High Energy Physics Research
|
3,134 |
|
Materials Sciences
& Engineering Division |
- Probing Correlated Superconductors and
their Phase Transitions on the Nanometer Scale
|
180 |
- Theoretical Research Program on
Bio-Inspired Inorganic Hydrogen Generating Catalysts and Electrodes
|
225 |
- Experiments on the Interplay of Disorder &
Interactions in Quantum Hall Effect Related Electron Physics
|
150 |
- New Superconducting Materials
|
196 |
- Structure and Dynamics of Interfaces
|
0 |
- Magneto-Transport in GaAs Two-Dimensional
Hole Systems
|
183 |
- Density Functional Theory with
Dissipation: Transport Through Single Molecules
|
105 |
- Uderstanding and Design of Polymer Devices
Interfaces
|
342 |
- Optimizing Interaction Potentials to Form
Targeted Material Structures
|
0 |
|
Chemical
Sciences, Geosciences and Biosciences Division |
- Synchrotron X-ray Based Electronic
Structure Study of Correlated Quantum Materials
|
0 |
- Control of Molecular Dynamics: Algorithms
for Design, Analysis and Implementation
|
130 |
- Up-Scaling Geochemical Reaction Rates for
CO2 in Deep Saline Aquifers
|
0 |
- Scalable Methods for Electronic
Excitations and Optical Responses of Nanostructures: Mathematics to
Algorithms to Observables
|
125 |
|
Computational Science Research and Partnerships (SciDAC) Division |
- Integrated Multiscale Modeling of
Molecular Computing Devices
|
110 |
|
Climate and
Environmental Sciences Division |
- Do Coupled Climate Models Correctly
Simulate the Upward Branch of the Deep Ocean Global Conveyor
|
224 |
|
*Total FY08 Funding for Princeton University, Princeton, NJ
($ in thousands): |
$5,956 |