Papers
3
Total Citations
17
H-Index
2
About
Mengying Li is a robotics researcher pioneering the intersection of thermal sensing, solar energy, and artistic expression. Her work centers on radiation-based thermal servoing—a novel sensorimotor control method that uses robot motion to precisely regulate heat transfer between a radiative source and an object. This capability has transformative potential across industrial manufacturing, dermatological procedures, and field robotics. Li’s most celebrated contribution is the development of a thermal-vision guided robot that harnesses concentrated sunlight to burn intricate artwork onto wooden panels, a process she calls heliography or “painting with the Sun.” This work, published in 2022 with 9 citations, marries engineering precision with creative expression. Her foundational papers on radiation-based thermal servoing (2020–2021, totaling 8 citations) introduced new models and controls that enable robots to manipulate temperature as a feedback variable. Li’s research stands out for its elegant fusion of heat transfer physics, computer vision, and robotic manipulation, opening doors to applications ranging from solar-powered manufacturing to non-invasive medical treatments. Her work exemplifies how robotics can transform an ancient craft into a cutting-edge technology.
Research Focus
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