Papers
3
Total Citations
19
H-Index
3
About
Ruoqi Chen is a rising innovator in the field of wearable electronics and smart materials, with a research focus on flexible sensors, polymer crystallization, and advanced textile-based devices. Chen’s major contributions include the development of an ultrasensitive wearable microdistance sensor using a polyester/polypyrrole textile, capable of detecting minute spatial changes for applications in biomedicine and communications. This work, published in 2021, has already garnered 7 citations for its novel approach to low-cost, high-precision sensing. Chen further advanced the field with a 2022 study on polymer crystallization regulation in liquid phase, enabling the creation of a full-featured thermoplastic-based smart Janus film, which integrates multiple functionalities into a single wearable layer. In 2023, Chen introduced coaxial graphene/MXene microfibers with interfacial buffer properties, resulting in lightweight distance sensors that facilitate lossless robotic grasping of fragile objects—a breakthrough for intelligent robotics in healthcare and logistics. With each paper accumulating 6–7 citations in a short span, Chen’s work demonstrates significant early impact, blending materials science with practical engineering to solve real-world challenges in sensing and automation.
Research Focus
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