Harribert Neh

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About

Harribert Neh is a researcher specializing in laboratory automation, high-throughput experimentation, and chemical development, with a particular focus on integrating robotic systems into pharmaceutical and synthetic chemistry workflows. His work has made meaningful contributions to the efficiency and scalability of chemical research, addressing practical bottlenecks in reaction screening, optimization, and physicochemical characterization. Neh's most cited contribution, "Automated Solubility Determination Using a Customized Robotic System and a Turbidity Probe" (2005, 16 citations), demonstrated how fully automated workflows could streamline the collection of solubility data critical for cleaning operations in pilot and production plants — a practical yet often overlooked challenge in chemical development. His 2004 study (8 citations) showcased an innovative pairing of a parallel synthesis robot with a TLC scanner, enabling the simultaneous screening of hundreds of reactions with rapid analytical turnaround. His earlier 2001 paper laid foundational groundwork by describing one of the first integrated robotic platforms combining parallel synthesis with automated HPLC analysis. Collectively, Neh's research reflects a career dedicated to translating automation technology into tangible productivity gains for chemical laboratories, making him a noteworthy contributor to the growing field of high-throughput chemical experimentation.