Georgia Tech Research Corp, Atlanta, GA

Office of Science Program Office/Division and Research

Total
($ in thousands)

• Time Resolved Optical and Thermal Studies and the Proton Pump Mechanism of Bacteriorhodopsin: The Effect and Application of Nanotechnology

• Microstructural Evolution Detection in Metallic Alloys Using Scattering and Electrical Methods

• Dual Quantum Gases of Bosons: From Atomic Mixtures to Heteronuclear Molecules

• Developing the Science of Immobilized Molecular Catalysts

• Low-Energy Electron Interactions with Liquid Interfaces and Biological Targets

• Understanding the Interfacial Structures - Chemistry Relationships in Solid Oxide Fuel Cells (SOFC)

• Ab-Initio Screening of Alloys for Hydrogen Purification Membranes

• Robust Crosslinked Polyimide Membrane Materials for Natural Gas Separations

• Molecular Mechanism of Microbial Technetium Reduction

• Systematic Development of a Sub-Grid Scaling Framework to Improve Land Simulation

• Promoting Uranium Immobilization by the Activities of Microbial Phophatases

• Advanced Design Studies

• Collaborative Analysis of DIII-D

• Piezoelectric Nanogenerators for Self-Powered Nanosystems and Nanosensors

• First-Principles Studies of Phase Stability and Reaction Dynamics in Complex Metal Hydrides

• NanoMechanics: Elasticity and Friction in Nano-Objects

• Spin Polarized Electron Transport Through Aluminum Nanoparticles

• Thermal Emission Control Using Modified One-Dimensional Photonic Crystals

• Manifestations of Quantum Phase Transitions in Transport Through Nanosystems

• Spin-Torque in Systems with Inhomogeneous Magnetization

• Hyperbranched Conjugated Polymers and Their Nanodot Composites as Universal Bioinspired Architectures

• The Organic Chemistry of Conducting Polymers:  From Molecular Wires to Photovoltaics

• Structure and Dynamics of Material Surfaces, Interphase-Interfaces and Finite Aggregates

• First-Principles Investigation of Complex Materials Properties

• Nuclear Structure Research

• Multiscale Analysis of Nonlinear Systems Using Computational Topology

• Toward Highly Secure and Autonomic Computing systems: A Hierarchical Approach

*Total FY08 Funding for Georgia Tech Research Corp, Atlanta, GA ($ in thousands):

$3,954