In this paper, we propose dynamically tunable plasmon induced transparency (PIT) in a
graphene-based nanoribbon waveguide coupled with graphene rectangular resonators …

This article proposes a novel three-port circulator with a triangular graphene-based post for
the THz region. This new circulator is formed by three 120° symmetrical metal-based …

Material science at the beginning of the twenty-first century has largely been dominated by
the study of graphene and other Dirac-type materials. Interesting physics manifest in the …

We theoretically investigate surface plasmon polaritons propagating in the thin-film Weyl
semimetals. We show how the properties of surface plasmon polaritons are affected by …

The suggested circulator is formed by a concave pattern graphene junction and three
waveguides symmetrically connected to it. The graphene is supported by S i O 2/S i layers …

A new type of the graphene-based three-port circulator for the terahertz (THz) region is
suggested and analyzed theoretically. The cross section of the component presents a three …

The combination of polar dielectrics with graphene plasmonics has opened a new research
area due to its fascinating properties. This paper aims to study the propagating …

This article proposes a novel three-port circulator with a triangular graphene-based post for
the THz region. This new circulator is formed by three 120 symmetrical metal-based …

We present a hybrid approach for graphene modeling in the finite element method
numerical simulations of graphene based plasmonic devices with COMSOL. The surface …

Nanoscale optical isolators are crucial for nanophotonic, quantum-optical, and
optoelectronic applications and have attracted considerable attention recently. The …