Jingang Li

Walker (United States), Adamson University

Papers

Total Citations

160

H-Index

About

Jingang Li is a pioneering researcher at the intersection of photonics, nanotechnology, and intelligent robotics. His primary contributions lie in heat-mediated optical manipulation—a transformative approach that uses localized thermal effects to achieve precise control over micro- and nanoscale objects. His highly cited 2021 review, "Heat-Mediated Optical Manipulation" (151 citations), has become a foundational reference in the field, outlining how thermal gradients can drive particle trapping, assembly, and propulsion, with profound implications for materials science, medical engineering, and soft robotics. Li’s work bridges fundamental physics with practical applications, as seen in his recent exploration of machine learning-based energy harvesting for wearable exoskeleton robots (2023). This research integrates adaptive algorithms to optimize power generation from human motion, advancing the development of autonomous assistive devices. By combining thermal nanophotonics with intelligent control systems, Li is shaping next-generation technologies for precision manipulation and energy-autonomous robotics. His interdisciplinary approach—merging optics, thermodynamics, and machine learning—positions him as a key innovator in both nanoscale engineering and wearable robotics, with growing impact across multiple scientific communities.