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About

Dr. Wenjie Du is a pioneering researcher at the intersection of artificial intelligence, materials science, and nanotechnology. Their primary research areas include inverse design of functional materials, chiral nanostructures, and robotic AI-guided synthesis systems. Dr. Du's most notable contribution is the development of an innovative robotic AI-guided system for the inverse design of chiral functional films, as detailed in their highly cited 2023 paper (61 citations). This work represents a breakthrough in the field, enabling the precise control of chiroptical activities—including sign, magnitude, and wavelength distribution—which has profound implications for applications in chiral sensing, enantioselective catalysis, and advanced chiroptical devices. By combining machine learning with automated experimentation, Dr. Du has created a powerful platform that accelerates the discovery and optimization of materials with tailored optical properties. Their research not only advances fundamental understanding of chiral materials but also provides practical tools for designing next-generation photonic and sensing technologies. Dr. Du's work is widely recognized for its interdisciplinary impact, bridging AI-driven design with experimental realization to solve complex materials challenges.