Ze Tian

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About

Ze Tian is a materials scientist whose research focuses on the wetting behavior of gallium-based room temperature liquid metals on structured surfaces, with particular emphasis on nanosecond-laser-fabricated metal interfaces. His most-cited work, "Wetting behavior of gallium-based room temperature liquid metal on nanosecond-laser-structured metal surfaces" (2022, 18 citations), provides critical insights into how surface topography influences liquid metal spreading and adhesion. This contribution is foundational for advancing applications in flexible electronics, thermal management, and microfluidics, where controlling liquid metal behavior is essential. Tian’s research bridges surface science and manufacturing, offering practical pathways to engineer robust, non-wetting surfaces for gallium alloys. His work has been recognized for its potential to enable next-generation soft robotics and reconfigurable circuits. By systematically characterizing wetting transitions on laser-patterned substrates, Tian has established a framework for designing surfaces that resist or promote liquid metal wetting on demand. His findings are increasingly cited by researchers exploring liquid metal-based technologies, underscoring their relevance to both fundamental surface chemistry and applied device fabrication.