Jing‐Juan Xu

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About

Jing-Juan Xu is a pioneering researcher at the intersection of analytical chemistry, nanofluidics, and bioengineering. Her work primarily focuses on developing innovative nanoelectronic and biosensing platforms for life science applications. A major contribution is her groundbreaking 2024 study on "Neuromorphic Nanofluidic Sense Digitalization," which has already garnered 12 citations. In this work, Xu reshaped nanofluidic memristors into artificial synapses that mimic fundamental neurosynaptic patterns, inspired by dopaminergic nerves, linking neuromorphic devices with external equipment for advanced sense digitalization. Additionally, her 2020 paper on "Smart Engineering of a Self-Powered and Integrated Nanocomposite for Intracellular MicroRNA Imaging" (7 citations) showcases her expertise in designing self-powered nanocomposites for precise intracellular imaging, a critical tool for cancer diagnostics and molecular biology. Affiliated with the State Key Laboratory of Analytical Chemistry for Life Science at Nanjing University, Xu’s research bridges nanoelectronics and bioanalysis, offering transformative potential for neuromorphic computing and biomedical sensing. Her innovative approach to integrating nanofluidic devices with biological systems marks her as a leading figure in next-generation analytical technologies.