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About

Tuoyi Su is an emerging materials scientist whose research sits at the dynamic intersection of flexible electronics, advanced nanomaterials, and wearable sensing technologies. Su's work centers primarily on MXene-based composites — a class of two-dimensional transition metal carbides and nitrides — and their applications in next-generation pressure sensing systems. Among Su's most influential contributions is a comprehensive 2022 review on MXene's roles in pressure sensing, examining composite structure design and sensing mechanisms, which has garnered 245 citations and has become a key reference for researchers entering this space. Equally impactful is Su's development of a flexible MXene/bacterial cellulose sound detector utilizing piezoresistive mechanisms, accumulating 221 citations and demonstrating practical advances in human-computer interaction and health monitoring applications. Su's 2021 work on biodegradable MXene/cellulose nanofiber foam sensors, with expanded interlayer distances for enhanced performance, reflects a thoughtful integration of sustainability into high-performance device design. Su's exploration of bionic MXene actuators further underscores a broad innovative vision encompassing soft robotics and multi-responsive smart materials, making Su a noteworthy voice in the rapidly evolving field of flexible electronics.