Dr. Zhenhua Tian's talk explores the development of acoustic technology for dynamically controlling acoustic fields to manipulate nano- to millimeter-scale matter non-contact. Key applications include creating lattice-like patterns, printing anisotropic tissues, stimulating single cells, and enabling bubble-free DNA delivery, as well as manipulating objects in microgravity. This research offers innovative solutions for biophysical characterization, cell manipulation, and transportation in challenging environments like inside blood vessels and under a skull.
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