Songqin Liu

Southeast University, Jiangxi Normal University

Papers

Total Citations

H-Index

About

Songqin Liu is a leading innovator in the design of intelligent nanozymes and single-atom catalysts for next-generation biosensing. His research centers on creating self-adaptable catalytic materials that mimic biological allosteric regulation, enabling artificial devices—such as chemical-sensing robots—to dynamically switch functions. Liu’s most impactful work includes developing a graphitic C₆N₆-based copper single-atom catalyst (2023, 88 citations), which demonstrates remarkable self-adaptability for intelligent biosensing by modulating reaction pathways without internal interference. He further advanced this concept with a dual Cu/Zn single-atom nanozyme system (2025) that achieves reversible catalytic switching, a breakthrough for responsive sensing platforms. These contributions have positioned Liu at the forefront of biomimetic catalysis and smart sensor design, with his work cited for its potential to revolutionize environmental monitoring and medical diagnostics. By engineering catalysts with programmable activity, Liu is paving the way for autonomous systems that can sense and adapt to their surroundings, earning him recognition as a pioneer in the integration of nanozymes and artificial intelligence.