Kathryn Thompson
Papers
2
Total Citations
47
H-Index
2
About
Kathryn Thompson is a pioneer in high-throughput materials discovery, with her research centered on automated synthesis and combinatorial robotics for nanoceramics and phosphor development. Her major contribution is the conception and construction of the Rapid Automated Materials Synthesis Instrument (RAMSI), a fully automated combinatorial robot capable of manufacturing, cleaning, and printing libraries of nanocrystal precursor compositions. This innovation dramatically accelerates the exploration of novel materials, enabling systematic studies of composition and heat-treatment effects that would be impractical manually. Her seminal 2010 paper detailing RAMSI’s commissioning run toward low-temperature red phosphors has garnered 36 citations, while the foundational description of the instrument itself has earned 11 citations, establishing her as a key figure in automated materials science. Thompson’s work directly addresses the bottleneck of slow, trial-and-error synthesis, offering a scalable platform for discovering next-generation nanoceramics. Her achievements demonstrate how robotics can transform materials research, making her a vital resource for students and researchers interested in combinatorial methods, automated experimentation, and the future of accelerated materials discovery.
Research Focus
Key Achievements
Top Papers
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