Thomas Quast
Papers
1
Total Citations
64
H-Index
1
About
Thomas Quast is a leading figure in the emerging field of single-entity electrochemistry, with a focused expertise in nano-electrocatalysis. His most impactful work addresses a fundamental challenge in catalysis: measuring the true, intrinsic activity of individual nanoparticles, free from ensemble averaging. Quast’s major contribution is the development of a sophisticated “pick-and-drop” methodology using carbon nanoelectrodes. This technique allows him to precisely isolate and electrically contact a single, well-defined Co₃O₄ nanoparticle, enabling the direct measurement of its electrocatalytic properties. His landmark 2020 paper on this method, which has garnered 64 citations, provides a critical tool for the community, moving beyond bulk measurements to understand single-entity behavior. By pioneering these nano-electrochemical tools, Quast is helping to unravel the complex relationship between a nanoparticle’s structure and its catalytic activity, a key step toward designing more efficient and selective catalysts for energy conversion and other applications. His work is essential reading for researchers pushing the boundaries of electrochemical analysis at the nanoscale.
Research Focus
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