Micro-Doppler is a unique characteristic of targets with micro-motions, which can provide
significant information for target classification and recognition. However, the monostatic …

We are developing a spatial multiplexing technique based on orbital angular momentum
(OAM) that is capable of 1 Tbit/s point-to-point wireless transmissions for the sixth generation …

The article reports the excitation of a helical argon atmospheric pressure plasma jet using a
pulse-modulated 13.56 MHz radio frequency (RF) power source. This helical structure is …

Not only high spectral efficiency (SE) but also high energy efficiency (EE) are required for
future wireless communication systems. Radio orbital angular momentum (OAM) provides a …

A new level of freedom is made possible by orbital angular momentum (OAM), which can be
used to create twisted ultrasonic motors for particle manipulation and control. For steady and …

High-order Gaussian beams with multiple propagation modes have been studied for free-
space optical communications. Fast classification of beams using a diffractive deep neural …

We present a simple and efficient method for generating focused acoustic vortices in air over
a wide range of ultrasonic frequencies by means of an Active-Spiral Fresnel Zone Plate. An …

The vortex electromagnetic (EM) wave radar has the potential to obtain more accurate micro‐
motion parameters for target recognition. However, with the existing algorithms of micro …

We demonstrate an all-fiber adaptive spatial control system with a mode selective photonic
lantern as the core device to generate orbital angular momentum (OAM) modes. A 3× 1 …

The exploitation of Orbital Angular Momentum (OAM) is proposed to design circular-support
continuous aperture distributions and concentric-ring arrays for target-localization …