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About

Vandana Rathore is a leading figure at the forefront of automated chemical discovery, pioneering the integration of cloud-based robotics and closed-loop optimization to accelerate materials and reaction development. Her work fundamentally redefines how chemical research is conducted, moving from localized, manual experimentation to delocalized, asynchronous, and autonomous workflows. Rathore’s major contributions include the development of a closed-loop system for optimizing general reaction conditions for heteroaryl Suzuki-Miyaura coupling, a landmark study that demonstrated how vast regions of chemical space can be systematically explored to identify broadly applicable protocols—a feat rarely achieved in organic synthesis. This work has garnered over 209 citations. She further advanced the field with her innovative cloud-based strategy for the discovery of organic laser emitters, a multi-site, asynchronous approach that dramatically accelerates the materials discovery pipeline by decoupling synthesis, formulation, and characterization across specialized laboratories. With over 130 citations for this work, Rathore’s research is not only highly cited but also paradigm-shifting, offering a blueprint for the future of collaborative, data-driven chemical discovery. Her achievements stand as a testament to the power of merging automation, machine learning, and distributed expertise.