Meng Gao

Tianjin University of Science and Technology, University of California, Los Angeles, Qufu Normal University

Papers

Total Citations

238

H-Index

About

Meng Gao is a versatile researcher whose work spans materials science, flexible electronics, and stochastic control systems. His most recognized contribution, a 2023 study on bacterial cellulose hydrogel for sensors, has garnered an impressive 205 citations, establishing him as an emerging authority in next-generation sensing materials. This work highlights his deep interest in bio-derived functional materials and their applications in health monitoring and environmental sensing. Gao has also made meaningful strides in the field of wearable and soft electronics. His 2020 investigation into conductive liquid metal elastomer thin films tackled a critical engineering challenge: developing stretchable, conductive materials that can be fabricated outside of strict processing environments — a breakthrough with broad implications for conformable sensors and soft robotics. Demonstrating the breadth of his expertise, Gao has additionally contributed to control theory, specifically sliding mode control for phase-type stochastic nonlinear semi-Markov jump systems, reflecting a sophisticated understanding of complex dynamical systems. Across these diverse domains, Meng Gao demonstrates a rare interdisciplinary fluency, bridging advanced materials, bioelectronics, and mathematical control frameworks in ways that position him as a compelling figure in modern engineering research.