Resolution of the conventional lens is limited to half the wavelength of the light source by
diffraction. In the conventional optical system, evanescent waves, which carry sub-diffraction …

High sensitivity microwave frequency microfluidic sensing is gaining popularity in chemical
and biosensing applications for evaluating the dielectric properties of liquid samples. Here …

This paper presents the design, simulation and experimental validation of a gradient-index
(GRIN) metasurface lens operating at 8 GHz for microwave imaging applications. The unit …

Gradient refractive index (GRIN) optical materials have received substantial attention
because of their applications in integrated imaging and fiber optics. The refractive index …

Manipulating and tailoring the electromagnetic wave properties, several impacts of
Metamaterials Möbius Strips (MMS) envisage, such as decrease in the size and suppression …

We present the design, characterization, and experimental verification of broadband and
tunable metamaterials based on reconfigurable fluid channels. We demonstrate through …

A mechanical tuning technique for architectures employing stacked ring resonators is
proposed. The stacked rings are separated by a plastic spring structure allowing the ring …

Metamaterials and metasurfaces are designed to exhibit various exotic properties and this is
often done by utilizing resonant phenomena. As a result, the electromagnetic response of …

Realistic lumped-element circuits describing split-ring resonator metasurfaces and their
complementary forms are presented. To consider the polarization dependence, we exploit …

In this paper, a pneumatic levitation system is proposed to provide a contactless and metal
free platform for dynamically altering the structural arrangement of split-ring resonators in an …