This research paper attempts the characterize and design analysis for the graphene-based
compact tunable metamaterial absorber in the regime of terahertz region. The absorber …

In this article, a compact metamaterial absorber exhibiting more than 80% absorption over a
broad operating band ranging from 5.63 to 5.88 THz (250 GHz) is proposed for terahertz …

This research article presents a multi-band compact MIMO antenna of dimensions 90 μm×
44 μm for the THz spectral region. In the structure a series of fractal crosses are arranged in …

At the THz frequency range, the modern advanced ultra-high speed and smart wearable
devices required highly efficient, low profile, and low-cost radiator designed with high …

Mobile and wireless communication devices have experienced a significant growth taken
analog to digital communications. The modern design of antenna system facing the …

In the current 4-element rectangular slots, they are arranged at the four corners of the FR-4
substrate material with 40 mm× 40 mm compact size. The four patches are arranged one …

In the current article, FSS-based terahertz antenna design for the current wireless systems
with high gain operating at 5.25 THz has been articulated in the form of cost-effective …

In the current era, THz frequencies' requirement is rigorously explored in the field of wireless
systems which provide enormous bandwidth and high data rates for the demand of …