Minlin Zhong

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About

Minlin Zhong is a leading figure in the field of laser materials processing and surface engineering, with a particular focus on the interaction of nanosecond-laser-structured surfaces with advanced functional materials. His most cited work, "Wetting behavior of gallium-based room temperature liquid metal (LM) on nanosecond-laser-structured metal surfaces" (2022, 18 citations), represents a significant contribution to understanding how laser-induced surface topography controls the wetting dynamics of liquid metals—a critical insight for next-generation flexible electronics and thermal management systems. By systematically investigating the relationship between laser parameters and surface wettability, Zhong has provided a foundational framework for designing non-wetting or selectively wetting surfaces for gallium-based alloys. This work bridges fundamental surface science with practical engineering challenges, offering a pathway to manipulate liquid metal behavior without chemical coatings. His research is characterized by a meticulous experimental approach that yields reproducible, scalable surface structures, making his findings directly applicable to industrial processes. With growing recognition for his innovative laser-based surface modification techniques, Zhong continues to push the boundaries of how light-matter interactions can be harnessed to create novel functional surfaces for emerging technologies.