Peng Yi
Papers
1
Total Citations
39
H-Index
1
About
Peng Yi is an emerging researcher whose work sits at the innovative intersection of materials science, polymer chemistry, and photonics. Their most notable contribution to date is a pioneering study published in 2023 introducing a rapid room-temperature polymerization strategy for fabricating organic/inorganic hybrid conductive organohydrogels with terahertz wave responsiveness — a work that has already garnered 39 citations, a remarkable achievement for a paper less than two years old. This research addresses a critical challenge in next-generation sensing and communication technologies, where terahertz wave modulation materials are increasingly sought after for applications in imaging, wireless communication, and security screening. By engineering a hybrid hydrogel architecture that combines the flexibility of organic polymers with the functional properties of inorganic components, Peng Yi's approach offers a compelling route toward soft, processable materials capable of interacting with terahertz radiation. The rapid citation uptake of this work signals its strong relevance to the broader photonics and smart materials communities, positioning Peng Yi as a promising voice in the development of stimuli-responsive functional materials for advanced electromagnetic applications.
Research Focus
Key Achievements
Top Papers
- 1