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About

Jinbo Pang is a leading figure in the development of next-generation smart sensing technologies, with a particular focus on two-dimensional materials and advanced manufacturing. His research centers on the synthesis and application of MXenes—a class of 2D nanomaterials—for creating high-performance, human-like sensors and actuators. Pang’s most cited work, “Applications of MXenes in human-like sensors and actuators” (2022), with 56 citations, provides a comprehensive framework for integrating these materials into devices that mimic human senses, from touch to balance. He has also pioneered laser-assisted manufacturing techniques for sensors, as detailed in his 2025 review (20 citations), offering a cost-effective, customizable approach to fabricating complex sensor structures. A notable highlight is his featured work in *Small* (2023), where he and his collaborators demonstrated MXene-based electronics, optics, and electrochemistry for smart sensing, including biosensors capable of detecting miRNA and field-effect transistors. Pang’s contributions bridge materials science and practical device engineering, positioning him as a key innovator in the field of intelligent, bio-inspired sensing systems.