CORDIS Project
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AlloElectro seeks to innovate synthetic chemistry by mimicking biological processes that enable energy-efficient reactions. The project will explore alloelectronic catalysis, allowing metal catalysts to adapt to reaction conditions through controlled electronic changes, potentially transforming chemical synthesis.
The kinetic and thermodynamic rules that govern synthetic chemistry should be considered limitations to overcome.
Thermodynamically, spontaneous chemical reactions must proceed energetically downhill.
Kinetically, the rate of a reaction is constrained by the slowest chemical step, which limits the extent to which a reaction can accelerated by catalysis.
Biology overcomes these limitations by expending energy, coupling the reactions of ‘energy carrier’ molecules to thermodynamically or kineticall…
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LOS ANGELES UCLA SANTA BARBARA UCSB DAVIS UCD RIVERSIDE UCR SAN DIEGO UCSD SANTA CRUZ UCSC IRVIN
United States, Berkeley
Type: University / higher education
Activity type: Higher or Secondary Education Establishments
SME: No
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