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About

Yingda Chen is a pioneering researcher whose work spans the frontiers of robotic surgery and advanced photovoltaics, demonstrating remarkable versatility in engineering and medical applications. In the domain of hepatobiliary surgery, Chen made a significant contribution with the 2014 paper "Robotic left hepatectomy with revision of hepaticojejunostomy," which has garnered 14 citations and helped establish minimally invasive robotic techniques for complex liver procedures. More recently, Chen has achieved groundbreaking results in solar energy technology, co-authoring the 2024 Advanced Materials paper "Doubling Power Conversion Efficiency of Si Solar Cells," which has already accumulated 6 citations. This work, developed alongside collaborators Zhigang Li, Jianbo Wu, and Bingqing Wei, introduces an innovative approach to harnessing light as an optimal wireless power source, achieving unprecedented power conversion efficiency for space and planetary exploration devices operating at extremely low temperatures. Chen's ability to bridge surgical robotics and renewable energy research exemplifies a rare interdisciplinary expertise, with each contribution pushing the boundaries of its respective field and opening new possibilities for both patient care and sustainable space exploration.