Xiangsheng Han
Chinese Academy of Sciences, Shandong University of Technology
Papers
2
Total Citations
69
H-Index
2
About
Xiangsheng Han is a materials scientist whose research focuses on the development of advanced soft actuators and flexible electronic sensors, with a particular emphasis on bioinspired design and sustainable materials. His major contributions lie in engineering stimuli-responsive hydrogels and organohydrogels that mimic natural cellular structures and enable controlled, steerable deformation. In his seminal 2017 work, Han demonstrated the activation of actuating hydrogels using WS₂ nanosheets, achieving biomimetic cellular architectures and prompt, programmable shape changes—a key step toward soft robotics that emulate living organisms. This paper has garnered 49 citations, reflecting its influence in the field of soft actuation. More recently, Han has pioneered the use of eco-friendly, conductive composite organohydrogels, such as gluten/MXene systems, for flexible, adhesive epidermal strain sensors that operate reliably at low temperatures. His 2021 study on this topic has already attracted 20 citations, underscoring the growing interest in sustainable, wearable electronics. Han’s work uniquely bridges bioinspiration, materials chemistry, and device engineering, offering promising pathways for next-generation soft robotics and human–machine interfaces.
Research Focus
Key Achievements
Top Papers
- 1
- 2