Shuairong Mu
Papers
2
Total Citations
182
H-Index
2
About
Shuairong Mu is pioneering the next generation of electronic skin (E-skin) technology, with a focus on intrinsically stretchable polymer semiconductors and synaptic transistors. His work addresses a critical challenge in soft robotics and neuroprosthetics: creating seamless, skin-like devices that not only sense but also process information in a distributed manner. Mu’s 2022 paper on a stretchable polymer semiconductor-based E-skin, which has garnered 106 citations, introduced a device capable of multiple perceptions—force, temperature, and visible light—surpassing the sensing capabilities of human skin. Building on this, his 2024 study, with 76 citations, developed a soft multifunctional neurological E-skin through intrinsically stretchable synaptic transistors. This innovation enables robots to precisely interpret complex stimuli, mimicking the human nervous system’s ability to process and transmit information locally. By integrating perception with computation, Mu’s contributions are laying the groundwork for more intelligent, adaptive prosthetics and autonomous soft robots. His work stands out for its emphasis on intrinsic stretchability and multifunctionality, marking a significant leap toward truly lifelike electronic skins.
Research Focus
Key Achievements
Top Papers
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- 2