Yan Qian

Nanjing University of Posts and Telecommunications, Nanjing Agricultural University

Papers

Total Citations

586

H-Index

About

Yan Qian is a pioneering researcher at the intersection of bioinspired electronics, stretchable materials, and intelligent agricultural systems. Their work fundamentally redefines how electronic devices can mimic biological perception and adapt to complex, dynamic environments. Qian’s landmark paper on “Artificial Sensory Memory” (2019, 332 citations) introduced a groundbreaking concept: transferring biological sensory memory—the initial stage of perception and intelligence—into electronic implementations. This work laid the foundation for perceptual intelligence in hardware, profoundly advancing fields like neuromorphic computing and human-machine interaction. Complementing this, their research on “Stretchable Organic Semiconductor Devices” (2016, 249 citations) has been instrumental in developing wearable electronics, bioimplanted devices, and soft robotics, enabling electronics to conform to 3D surfaces and biological tissues. More recently, Qian has applied deep learning and digital twin technologies to agriculture, as seen in their 2025 study on detecting beak deformities in caged chickens, achieving 5 citations and demonstrating a commitment to real-world impact. By bridging fundamental materials science with applied AI, Yan Qian’s work continues to inspire innovations in intelligent, adaptive, and human-centric technologies.