Metasurfaces have promised great possibilities in full control of the electromagnetic
wavefront by spatially manipulating the phase characteristics across the interface. Here, we …

With the advent of the Internet of things, 5G wireless communication, and smart city
applications, demand for a new form of radio frequency (RF) electronics has risen, one that …

This article discusses challenges in designing optically transparent antennas and filters for
smart city applications. The smart city concept seeks to alleviate urban challenges that …

This article focuses on the design of a transparent circularly polarized (CP) antenna
subarray integrating with Cube satellite's (CubeSat's) solar panels. The subarray antenna …

This article proposes a single-layer, dual-band, optically transparent frequency-selective
surface (FSS) for GSM shielding. The design evolves from a fractal cross dipole to achieve …

As a superior self-protection strategy, invisibility has been a topic of long-standing interest in
both academia and industry, because of its potential for intriguing applications that have …

A polarization independent, double layer frequency selective surface on glass substrate is
proposed that can transmit 900 MHz and 1.8 GHz GSM bands but inhibit transmission of …

The transmission of infrared (IR) and visible frequencies through modern energy-saving
glass, due to etching of bandpass frequency-selective surfaces (FSSs), is analysed. Energy …

In this work, we propose a meshed miniaturized frequency-selective metasurface (MMFSM),
which is insensitive to the incidence microwave angle and has great optical imaging quality …

An optically transparent frequency selective surface (FSS) based on a nested ring metallic
mesh is proposed, whose diffraction distribution is uniform and normalized higher-order …