Tobias Koplin
Papers
2
Total Citations
7
H-Index
2
About
Tobias Koplin is a materials scientist whose research has focused on the development and characterization of novel nanoscaled gas sensing materials, with particular emphasis on advancing high-throughput methodologies to accelerate materials discovery. His most notable contribution is the development of a High-Throughput Impedance Spectroscopy Screening System (HT-IS), introduced in 2005, which enabled rapid characterization of candidate sensing materials that would otherwise require extensive individual testing. This innovation represented a significant step forward in applying combinatorial and parallel screening approaches to sensor material research. Building on this foundation, Koplin's doctoral work explored the synthesis and investigation of surface- and volume-doped nanoscalic metal oxides as gas sensor materials, employing modified pipetting robots to enable parallel material synthesis at scale. His research bridged nanomaterials chemistry with practical sensing applications, demonstrating how high-throughput techniques could meaningfully compress the timeline from material conception to functional evaluation. While his citation counts remain modest — reflecting a specialized niche within the broader materials science community — his methodological contributions to combinatorial sensor material screening laid useful groundwork for researchers seeking efficient pathways to identify and optimize nanostructured functional materials for gas detection applications.
Research Focus
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Top Papers
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