Postdoctoral Research Associate

The petitioner proposes to develop advanced data-guided modeling frameworks to decode biomolecular behavior, specifically focusing on carbon fixation in photosynthetic bacteria. This research aims to facilitate the design of efficient systems for capturing CO2 to mitigate climate change and improve bioenergy production. The work involves studying how gases and molecules move through protein compartments to enhance bioengineering and environmental resilience.

The petitioner proposes to continue her research in inorganic chemistry, specifically focusing on the development of metal-organic frameworks and nanomaterials. This work targets critical environmental and health issues, including carbon dioxide (CO2) reduction to combat climate change and the advancement of cancer therapy.

The petitioner proposes to continue developing state-of-the-art technologies targeting improvements in renewable energy utilization and efficiency. His work focuses on minimizing fossil fuel use through artificial intelligence and machine learning applications to solve advanced problems in materials discovery and high-energy physics.

The petitioner proposes to develop advanced mathematical models, simulations, and optimization techniques to build more efficient, economical, and sustainable chemical processes. His work specifically focuses on evaluating the techno-economic feasibility of next-generation power systems, including supercritical CO2 cycles and hydrogen-based storage systems. This endeavor aims to support clean energy generation and storage to modernize the U.S. energy grid and reduce environmental impact.