Acoustic metamaterials (AMs) for sound wave manipulation have attracted significant
attention due to their fascinating functionalities, such as anomalous reflection/refraction …

Metalens, a two-dimensional planar system composed of strategically engineered
subwavelength structures, facilitates precise manipulation in the process of both light and …

Extreme impedance mismatch causes sound insulation at water–air interfaces, limiting
numerous cross‐media applications such as ocean‐air wireless acoustic communication …

Acoustic metamaterials (AMMs) are a type of artificial materials that make use of appropriate
structural designs and exhibit exotic properties not found in natural materials, such as …

Efficiently receiving underwater sound remotely from air is a long‐standing challenge in
acoustics hindered by the large impedance mismatch at the water–air interface. Here, a …

Controllable transport of underwater gas bubbles is essential in various fields such as gas
energy, drug delivery, and heat transfer. Although anisotropic structures are used to …

The acoustic impedance mismatch between water and air limits the acoustic communication
through the water–air interface. Here, based on the resonances of bubbles, we propose a …

Efficient acoustic communication across the water–air interface has always been expected
in the field of ocean exploration. However, the existing research works are mainly …

We propose a contactless and non-closed strategy to mitigate the sound radiated from an
underwater source. The problem is formulated as the interaction of the source with different …

Extremely large acoustic impedance mismatching generates a natural acoustic barrier at the
air-water interface, resulting in significantly impeding bidirectional acoustic wave …