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and interfaces as part of the Hydrogen and Fuel-cell program at Lawrence Berkeley National Laboratory. This will include advanced electrochemical diagnostics of the polymeric separators, solid-polymer
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for electrolysis and fuel cells. Primarily investigating the correlation between catalysts' solid-state properties and their performance, including the development of new electrode materials for small molecule
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technology. Our research areas include fuel cells, electrolysis, polymer solar cells, magnetic refrigeration, superconductivity, thermoelectrics, sustainable synthetic fuels, and batteries. Additional
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for electrolysis and fuel cells. Investigating the relationship between catalysts' solid-state properties and their performance, as well as developing new electrode materials for small molecule catalysis. Providing
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. Since many renewable energy sources are intermittent, reliable energy storage will be crucial to this transition. Consequently, great technological leaps forward in batteries (standard and fuel cells) and