Jonathan S. Lindsey
Papers
5
Total Citations
104
H-Index
5
About
Jonathan S. Lindsey is a pioneering chemist whose career has been defined by a bold vision: bringing automation and robotics to the laboratory bench of synthetic chemistry. Working at the intersection of chemistry and engineering, Lindsey has made foundational contributions to the development of automated and robotic systems designed to accelerate and optimize microscale chemical synthesis. His most influential work, a 1992 retrospective on laboratory automation (55 citations), helped consolidate the conceptual and practical foundations of the field, tracing the evolution of automated synthetic chemistry and its promise for the future. Earlier, his 1988 landmark paper introduced a fully functional robotic workstation capable of running multiple reactions in parallel while performing real-time spectroscopic monitoring and automated thin-layer chromatography — a remarkable achievement for its era. Lindsey continued refining these systems throughout the 1990s, developing increasingly sophisticated platforms featuring Cartesian robots, multi-vessel reaction blocks, and integrated analytical tools. Taken together, his body of work laid critical groundwork for what would eventually become modern high-throughput experimentation and combinatorial chemistry. For students and researchers interested in laboratory automation, Lindsey's contributions represent an essential and inspiring chapter in the history of chemical innovation.
Research Focus
Key Achievements
Top Papers
- 1A retrospective on the automation of laboratory synthetic chemistry55 citations · 1992
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- 5Robotic Thin Layer Chromatography Instrument for Synthetic Chemistry7 citations · 1991
Key Collaborators
Related papers
- Robotic work station for microscale synthetic chemistry: On-line absorption spectroscopy, quantitative automated thin-layer chromatography, and multiple reactions in parallel
- Further development of a versatile microscale automated workstation for parallel adaptive experimentation
- Design of a robotic workstation for automated organic synthesis
- Automated synthetic methods for speciality chemicals
- A retrospective on the automation of laboratory synthetic chemistry
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