Papers
3
Total Citations
118
H-Index
2
About
Dr. Donglin He is a pioneering researcher at the intersection of flexible electronics and autonomous materials discovery. His work spans two transformative domains: the development of advanced flexible temperature sensors for healthcare and IoT applications, and the algorithmic-driven robotic synthesis of novel crystalline materials. His highly cited 2024 review on flexible temperature sensors (93 citations) comprehensively maps the materials, mechanisms, and fabrication strategies driving next-generation wearable electronics. In parallel, Dr. He has made groundbreaking contributions to accelerated materials discovery, demonstrating how robotic platforms can navigate vast chemical spaces to synthesize polyoxometalate-scaffolding metal–organic frameworks (23 citations) and amino-acid functionalized molybdenum blue nanoclusters. His 2025 work on robotic exploration of molybdenum blue systems (2 citations) exemplifies his commitment to automating the discovery of complex nanoclusters. By merging high-throughput experimentation with intelligent algorithms, Dr. He is redefining how we design functional materials—from flexible sensors to porous frameworks—promising to dramatically shorten the timeline from laboratory discovery to real-world deployment in healthcare, environmental monitoring, and energy technologies.
Research Focus
Key Achievements
Top Papers
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