Jiqing Huang

Shenzhen Institutes of Advanced Technology

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About

Jiqing Huang is a leading figure in the development of advanced acoustic manipulation technologies for biomedical and life science applications. His primary research focuses on the non-contact, label-free control of living cells and organisms using acoustic tweezers, with a particular emphasis on overcoming the limitations of traditional 2D manipulation systems. Huang’s most significant contribution is the pioneering work on 3D acoustic manipulation, as demonstrated in his highly cited 2022 paper, “3D Acoustic Manipulation of Living Cells and Organisms Based On 2D Array,” which has garnered 73 citations. This breakthrough enables flexible, precise, and multi-dimensional control of biological specimens without physical contact, offering a powerful tool for fundamental research in cell biology, developmental biology, and tissue engineering. By leveraging 2D transducer arrays to generate complex acoustic fields, Huang’s work addresses a critical need for versatile micromanipulation platforms that are both gentle and scalable. His achievements are particularly notable for their potential to transform how researchers interact with living systems, providing a foundation for future innovations in drug screening, regenerative medicine, and single-cell analysis.