Acoustic metamaterials based on out‐of‐plane actuation can flexibly reconfigure arrayed
unit cells on demand, to shape sound fields for applications such as beam formation or …

Focusing ultrasound through the skull requires the accurate correction of skull-induced
aberrations. Acoustic lenses provide an inexpensive and effective measure for correcting …

Acoustic droplet ejection (ADE) technology has gained significant attention in synthetic
biology and drug discovery due to its noncontact dispensing, low contamination risk, and …

High‐quality acousto‐holographic patterns and images, integral to applications like 3D
displays, acoustophoresis, and midair haptics, require precise distribution of ultrasound …

A new method of generating potentially arbitrary photoacoustic wavefronts with optical
holograms is presented. This method uses nanosecond laser pulses at 1064 nm that are …

Acoustic holography technology is widely used in the field of ultrasound due to its capability
to achieve complex acoustic fields. The traditional acoustic holography method based on …

Acoustic holograms can recover wavefront stored acoustic field information and produce
high-fidelity complex acoustic fields. Benefiting from the huge spatial information that …

In this thesis, I showcase the effectiveness of acoustic metasurface (AM) based spatial
sound modulators (SSMs) for reconfigurable, cost-effective manipulation of acoustic …