Xinyu Xue

Beijing Institute of Graphic Communication, Ministry of Agriculture and Rural Affairs

Papers

Total Citations

H-Index

About

Xinyu Xue is an emerging researcher working at the dynamic intersection of advanced materials science, bioelectronics, and agricultural robotics. Their work spans two compelling frontiers: the development of smart, functional biomaterials and the automation of precision agriculture systems. In the realm of materials science, Xue has made notable contributions through the design of 3D-printed conductive hydrogels, specifically engineering silk fibroin and tetramer-grafted polyethylenimine micelle composites capable of monitoring human body motion — a significant advancement for wearable health sensing technologies. Simultaneously, Xue has demonstrated breadth by contributing to the growing field of intelligent greenhouse farming, examining key robotic arm technologies that drive full automation in unmanned agricultural environments — work that positions robotics as central to the future of food production. Both highly cited papers, each accumulating 4 citations since publication in 2024 and 2025 respectively, reflect Xue's rapid emergence as a contributor to high-impact, interdisciplinary research. Their portfolio suggests a researcher adept at bridging soft materials engineering with real-world technological applications, making their future contributions particularly worth following for students in robotics, biomaterials, and smart agriculture.