Yanfeng Fang

Papers

Total Citations

H-Index

About

Yanfeng Fang is a pioneering researcher in intelligent biosensing and single-atom catalysis, whose work bridges materials science and adaptive artificial systems. Her most-cited study, "Adaptable graphitic C₆N₆-based copper single-atom catalyst for intelligent biosensing" (2023, 88 citations), introduces a groundbreaking self-adaptable catalyst that mimics biological chemical noses. This work addresses a critical challenge in robotics and smart devices: achieving multiple, modulable reaction pathways without interference from inconsistent conditions. By designing a copper single-atom catalyst on a graphitic C₆N₆ framework, Fang demonstrates how atomic-level precision can enable dynamic, environment-responsive sensing—a key step toward truly intelligent chemical interfaces. Her contributions have significant implications for next-generation biosensors, environmental monitoring, and soft robotics. With a growing citation record reflecting the field's high interest, Fang is recognized for merging fundamental catalytic principles with applied nanotechnology. Her research not only advances the understanding of single-atom catalysts but also provides a blueprint for creating adaptive materials that can autonomously adjust their behavior, positioning her as a rising leader in the development of smart, bioinspired systems.