Topological insulators, a hallmark of condensed matter physics, have recently reached the
classical realm of acoustic waves. A remarkable property of time-reversal invariant …

Acoustic and elastic waves carry a wealth of useful physical information in real world.
Sensing acoustic and elastic waves is very important for discovering knowledge in various …

Metasurfaces are ultrathin planar arrays of carefully tailored subwavelength particles that
enable agile and flexible manipulation of the impinging waves. Originally introduced in …

Acoustic metamaterials have recently become of interest for their ability to attenuate sound
by breaking the mass-density law. In this paper, acoustic metamaterials based on Helmholtz …

Acoustic imaging in water traditionally relies on phased arrays of active electro-acoustic
transducers to steer acoustic energy in specific directions. One potential alternative …

Triangular acoustic leaky-wave antennas, designed with holographic acoustic metasurfaces,
represent an efficient approach for manipulating surface waves and achieving directional …

We introduce an active concept for achieving acoustic metasurfaces with steerable reflection
properties, effective over a wide frequency band. The proposed active acoustic metasurface …

There is a growing interest in the field of acoustic metamaterials. These materials use
periodic structures to exhibit properties not usually found in nature, such as negative mass …

Funneling acoustic waves through largely mismatched channels is of fundamental
importance to tailor and transmit sound for a variety of applications. In electromagnetics …

We study a waveguide structure supporting acoustic spoof plasmon polaritons (aSSPPs)
perturbed by a defect, whose specifically tailored geometry enables controllable …