Acoustic metamaterials (AMs), which are materials composed of subwavelength periodic
artificial structures with specific designs, have drawn significant research attention. This is …

Electromagnetically induced transparency (EIT) stems from a quantum system, where an
opaque atomic medium appears the narrow transparent state within a wide absorption area …

Phononic crystals (PnCs) are artificially made materials composed of periodically arranged
structures capable of manipulating acoustic/elastic wave propagation characteristics. In this …

Robust edge states of the phononic crystals (PnCs) with the Dirac points fixed at corners or
centers of the Brillouin zones (BZs) have received wide attentions. Here, we show that the …

Labyrinthine acoustic metamaterial provides a flexible and unprecedented ability to
manipulate the sound wave propagation, such as sound blocking, cloaking, supertunneling …

Labyrinthine acoustic metamaterials are good choices for realizing sound insulation,
acoustic stealth, and acoustic lenses by virtue of their stable performance and rich modes …

We design an acoustic metamaterial by coiling up space, namely the spiral-labyrinthine
acoustic metamaterial (SLAM). The transmission coefficient illustrates that the SLAM exhibits …

Acoustic metamaterials can break the law of mass and manipulate acoustic wave
propagation with a deep subwavelength structure. We designed a labyrinthine acoustic …

A double Dirac cone plays a significant role in the design of zero-refractive-index
metamaterials without phase variation and topological insulators with pseudospin states. We …

Weak acoustic signals detection from heavy background noise plays an important role in
different research fields. However, the detection limit, namely the detection capability of …