Nate Brady

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Nate Brady’s work focuses on utilizing biology to drive, direct, and integrate into emerging technologies, to help steer us toward a more efficient and resource conscious future. His current research thrust focuses on the development of a new class of solar panels that integrate photosynthetic proteins, specifically cyanobacterial photosystem I encapsulated within native nanodiscs, to capture light energy and produce electricity. These biohybrid solar devices present a truly scalable solution to our energy crisis, mitigating the current issue of resource limitation in conventional solar panel manufacturing, by utilizing only Earth-abundant materials in their construction.

Research Interests

Artificial photosynthesis

Membrane proteins

Membrane lipids

Protein biochemistry

Styrene maleic acid lipid particle

Native nanodiscs

Professional Experience

Postdoctoral Appointee, Center for Integrated Nanotechnologies/Sandia National Laboratory/Los Alamos National Laboratory (2021–2024)

Chief Analyst/Research Scientist, Quicksilver Scientific, LLC (2010–2015)

Education/Academic Qualification

Bachelor, Environmental and Analytical Chemistry, SUNY College of Environmental Science and Forestry

PhD, Biochemistry & Cellular and Molecular Biology, University of Tennessee, Knoxville

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