Rachel Kearsey

Papers

Total Citations

113

H-Index

About

Rachel Kearsey is a pioneering researcher at the forefront of materials chemistry and autonomous laboratory science. Her work centers on the accelerated discovery and design of advanced functional liquids, with a particular focus on type II porous liquids—an emerging class of materials with immense potential for gas separation, storage, and catalysis. Kearsey’s major contribution lies in integrating robotics and high-throughput experimentation to dramatically speed up the synthesis and optimization of these complex systems. Her landmark 2019 paper, “Accelerated robotic discovery of type II porous liquids,” has garnered over 107 citations, establishing her as a key innovator in the field. This work demonstrated how autonomous platforms can navigate the vast design space of porous liquids, overcoming challenges like bulky solvent selection and porous component concentration. By showing that robotic systems can efficiently identify optimal formulations, Kearsey has opened new pathways for materials discovery that were previously impractical. Her achievements highlight a powerful synergy between automation and fundamental chemistry, inspiring a new generation of researchers to embrace data-driven, robot-assisted approaches in the quest for next-generation materials.