With the commercial deployment of the 5G system, researchers from both academia and
industry are moving attention to the blueprint of the 6G system. The space-air-ground-sea …

In the last three decades, light's orbital angular momentum (OAM) has been of great interest
because it has unique characteristics that make it sought after in many research fields …

In this work, we report a facile preparation of the composite resin with significantly enhanced
high in-plane or through-plane thermal conductivity via controlling the layer thickness of …

This letter presents a novel circular leaky-wave antenna (CLWA) on a half-mode inter-
digitated capacitor based corrugated substrate integrated waveguide (HM-IDC-CSIW) to …

Diffraction patterns of optical vortex beams (VBs) by differently shaped apertures are used to
determine their topological charge (TC). In this paper, we show by simulations and …

The orbital angular momentum (OAM or vortex) waves are expected to provide ten-fold and
larger increases in wireless data rates, required for short-range communications within the …

Nanoscale optical sensing plays a crucial role in achieving high‐precision non‐contact
distance and displacement measurements. As one of the promising alternatives, structured …

Terahertz (THz) orbital angular momentum (OAM) beams have tremendous potential for
tackling the capacity crunch in high-speed wireless communication. However, conventional …

The advent of 6G technologies is anticipated to leverage new physical resources of electro-
magnetic (EM) waves. Two notable technologies, ie, multi-input multi-output (MIMO) and …

In this work, a deep learning approach for the orbital angular momentum (OAM)-based free-
space optical (FSO) system is proposed. The approach based on a residual network …