Congzhi Wang

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About

Congzhi Wang has pioneered transformative approaches in biomedical acoustics, with a focus on non-contact, label-free manipulation of living biological systems. His landmark work on "3D Acoustic Manipulation of Living Cells and Organisms Based On 2D Array" (2022, 73 citations) introduced flexible, high-precision acoustic tweezers capable of trapping and moving individual cells and small organisms in three dimensions without physical contact or chemical labels. This breakthrough addresses a critical need in fundamental biomedical and life science research, where gentle, sterile manipulation is essential. By leveraging 2D phased-array technology, Wang's method enables complex, dynamic control over biological specimens—from single cells to multicellular organisms—opening new avenues for developmental biology, tissue engineering, and drug screening. His contributions have been recognized for their potential to replace invasive techniques, and his work continues to inspire innovations in micro-robotics and lab-on-a-chip systems. With a growing citation impact, Wang stands at the forefront of acoustic micromanipulation, offering researchers a powerful tool for exploring the intricacies of life at the microscale.