Xiasheng Guo

Collaborative Innovation Center of Advanced Microstructures

Papers

Total Citations

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About

Xiasheng Guo is a pioneering researcher in micro/nanorobotics and acoustic manipulation, with a focus on developing precise, user-friendly interfaces for controlling microscopic targets. His major contributions center on creating acousto-microrobotic systems that enable on-demand transport and release of synthetic particles and biological cells, addressing a critical challenge in the field: the lack of practical, high-precision control. His most-cited work, "A Human Microrobot Interface Based on Acoustic Manipulation" (2019, 77 citations), introduces a novel interface that leverages acoustic forces for targeted drug delivery, cellular surgery, and biosensing, overcoming limitations in movement precision. Building on this, his 2021 paper "An Acousto‐Microrobotic Interface with Vision‐Feedback Control" (17 citations) integrates real-time visual feedback to enhance accuracy and autonomy, pushing toward next-generation nanorobotic systems. Guo’s work is notable for bridging fundamental acoustic physics with applied robotics, offering scalable solutions for biomedical and nano-assembly applications. With a growing citation impact, his research stands out for its potential to revolutionize micro-manipulation, making him a key figure in advancing microrobotic interfaces for real-world use.