Eva Maria Bonsen
Papers
1
Total Citations
57
H-Index
1
About
Eva Maria Bonsen is a pioneer in the field of combinatorial electrochemistry and high-throughput materials discovery. Her most influential work centers on the development of automated, robotic platforms for electrochemical synthesis and analysis, bridging the gap between traditional bench-scale electrochemistry and modern, data-driven experimentation. Her landmark 2005 paper, "Combinatorial microelectrochemistry," which has garnered 57 citations, introduced a groundbreaking robotic system that integrates standard microtiter plates with precise potentiostatic and galvanostatic control. This innovation enabled rapid, parallel electrosynthesis and electroanalysis, dramatically accelerating the screening of electrode materials and reaction conditions. Bonsen’s contributions have been instrumental in establishing the methodological foundations for high-throughput electrochemistry, a field critical to advancing energy storage, catalysis, and sensor technologies. Her work exemplifies how engineering ingenuity—combining stepmotor-driven positioning, flexible software, and bundled electrode arrays—can transform a traditionally manual discipline into a scalable, systematic science. For students and researchers, Bonsen’s research offers a compelling blueprint for integrating automation and robotics into electrochemical discovery, demonstrating that thoughtful instrument design can unlock new frontiers in materials characterization and optimization.
Research Focus
Key Achievements
Top Papers
- 1