|
California Institute of Technology, Pasadena, CA |
|
Office of
Science Program Office/Division and
Research |
Total
($ in thousands) |
|
Climate and Environmental
Sciences Division |
- Mechanisms of Formation of
Secondary Organic Aerosols and Implications for Global Radiative Forcing
|
200 |
- Developing Highly Sensitive
Micro-Biosensors for In-Situ Monitoring Mercury & Chromium(IV)
Contaminants by Genetically-Evolving & Computer-Designing Metal....
|
200 |
| Materials Sciences &
Engineering Division |
- Vibrational Entropy Studies Using
Inelastic Neutron Scattering
|
252 |
- Quantum Dot and Quantum Wire
Solids
|
164 |
- Thermal Transport in Correlated
Low Dimensional Electrons Systems
|
200 |
|
|
150 |
|
Office of High Energy
Physics |
- US LHCNet: Transatlantic
Networking for the LHC and the US HEP Community; EVO: A Global-Scale
Networked Infrasture for Collaboration by the LHC and the HEP....
|
2,300 |
|
|
3,736 |
- Cerium Doped LSO/LYSO Crystal
Development for Future High Energy Physics Experiments
|
80 |
- DUSEL R&D: BetaCage: A Screener
of Ultra-Low-Level Radioactive Surface Contamination
|
72 |
|
Chemical Sciences,
Geosciences and Biosciences Division |
- Electron-Driven Processes in
Polyatomic Molecules
|
130 |
- Synthetic and Mechanistic
Investigation of Polymerization Catalyzed for Early Transition Metal
Compounds
|
185 |
- The Generation of Efficient
Supported (Heterogeneous) Olefin Metathesis Catalysts
|
150 |
- Sunlight-Driven Hydrogen
Formation by Membrane-Supported Photoelectrochemical Water Splitting
|
240 |
- Experimental Petrology and
Geochemistry of Volatile-Bearing Silicate Melts
|
177 |
- Structural and Kinetic Studies of
Novel Cytochrome P450 Small-Alkane Hydroxylases
|
160 |
- Chemical Control over the
Electrical Properties of GaAs and Zn3P2 Semiconductor Surfaces and
Photoelectrodes
|
190 |
- Regulation of Plant Cells, Cell
Walls, and Development by Mechanical Signals
|
170 |
|
Biological Systems Science
Division |
- Blind Patient-in-the-loop
Optimization of Electrical Stimulation Patterns for Retinal Implant
Electrode Arrays
|
190 |
|
Office of Fusion Energy Sciences |
- Determining How Spheromak
Self-Organization Works
|
329 |
- SciDAC - Center for Plasma Edge
Simulation
|
110 |
- Global Field Aligned Mesh and
Gyrokinetic Field Solver in a Tokamak Edge Geometry
|
40 |
|
Office of Nuclear Physics |
- Study of Nuclei and Elementary
Particles at Low and Intermediate Energies
|
248 |
|
Computational
Science Research and Partnerships (SciDAC) Division |
- Multiscale Analysis and
Computation for Flows in Heterogeneous Media
|
114 |
|
*Total FY08 Funding for California Institute of Technology, Pasadena, CA ($ in thousands): |
$9,787 |
