Jianguo Tang

Papers

Total Citations

151

H-Index

About

Jianguo Tang is a materials scientist whose research sits at the intersection of smart materials, flexible electronics, and responsive polymer systems. His work spans electro-responsive hydrogels, MXene-based composites, and advanced pressure sensing technologies, positioning him as a contributor to the rapidly evolving field of flexible and wearable electronics. Tang's most celebrated contribution is his 2019 work on tough, electro-responsive hydrogel actuators capable of bidirectional bending — a significant breakthrough that addressed longstanding limitations in the field, namely poor mechanical performance and restricted directional response. This paper has accumulated 121 citations, reflecting its substantial influence on soft robotics and actuator design communities worldwide. Building on his expertise in functional materials, Tang has more recently turned his attention to MXene-based sensing technologies. His 2024 study on MXene/PVDF@ZIF-8 composite membranes for high-sensitivity flexible pressure sensors has already garnered 22 citations, demonstrating continued momentum in his research trajectory. His 2025 review of piezoresistive MXene pressure sensors further underscores his role in synthesizing and advancing this emerging area. Collectively, Tang's body of work offers meaningful contributions to next-generation flexible devices with real-world applications in healthcare monitoring and soft robotics.