Hairong Zheng

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About

Hairong Zheng is a pioneering researcher at the forefront of biomedical engineering, whose work masterfully bridges the digital, physical, and biological worlds. Her primary research areas span acoustic manipulation, biomedical AI, and the development of next-generation tools for life science and medicine. Zheng is best known for her groundbreaking contributions to acoustic tweezers technology, most notably in her highly cited 2022 work on "3D Acoustic Manipulation of Living Cells and Organisms Based On 2D Array" (73 citations). This research introduced flexible, non-contact, and label-free methods for precisely manipulating living cells and organisms—a transformative tool for fundamental biomedical research. Demonstrating remarkable foresight, her 2025 perspective on "Biomedical AI: Evolving from digital to physical and biological intelligence" (5 citations) outlines a visionary roadmap for integrating artificial intelligence with physical and biological systems. Through her innovative work, Zheng is not only advancing the capabilities of acoustic manipulation but also shaping the future of intelligent biomedical systems, making her a vital voice in the convergence of engineering, AI, and biology.