Ran Tao

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About

Ran Tao is an innovative researcher whose work sits at the intersection of acoustofluidics, piezoelectric materials, and flexible microsystems. His research focuses on developing next-generation surface acoustic wave (SAW) devices that overcome the rigid constraints of traditional lab-on-a-chip platforms, enabling fluid manipulation on flexible, conformable surfaces. Among his most significant contributions is his pioneering work on hierarchical nanotexturing of piezoelectric films, which demonstrated that acoustofluidic actuation could be achieved on slippery yet sticky, flexible surfaces — a breakthrough with profound implications for soft robotics and wearable microsystems. This work has attracted 52 citations since its 2020 publication. Building on this foundation, Tao further advanced the field by fabricating ZnO thin-film SAW devices on ultrathin aluminum foils, demonstrating directional fluid transport on bendable substrates and garnering 47 citations since 2021. Tao's research directly addresses one of the most persistent challenges in smart microsystems: actuating and controlling liquids on non-planar, dynamic surfaces. His contributions are shaping the future of flexible microfluidics, with potential applications spanning medical diagnostics, soft robotics, and portable sensing technologies, making him an increasingly influential voice in this rapidly evolving field.