Excellent broadband absorption features have broad applications such as photoelectric
conversion, optical communication, and photovoltaic cells. In the work, the absorption for a …

It is necessary to explore new mechanisms of plasmon-induced transparency (PIT) formation
to achieve high-performance optical multifunction devices. Here, we introduced a symmetry …

Herein, a multiple bulging black phosphorus (BP)-based metasurface is proposed for
studying its reflection responses and sensing performances through the finite-difference time …

Due to the superior properties of graphene and the application potential of surface
plasmons, the research of graphene surface plasmons has become a hot research direction …

In this paper, the plasmon-induced transparency (PIT) effect based on a carbon nanotube
(CNT) resonator structure is achieved. An array of two split ring resonators (SRRs) and a cut …

We present a monolayer patterned black phosphorus (BP) metamaterial for generating a
tunable dual plasmon-induced transparency (PIT). We have derived the expression for the …

A graphene-involved plasmonic lossy system that allows coupling between surface plasmon
polaritons and waveguide modes is proposed. The physical mechanism behind the hybrid …

Abstract n this paper, we presented an Ag-NPs/SiO 2/MXene plasma model consisting of an
MXene layer, a silicon dioxide (SiO 2) layer with silver nanoparticles (Ag-NPs) as well as an …

Abstract Heterogeneous Graph Neural Networks represent a powerful approach to
understand and utilize the intricate structures and semantics within complex graphs. When it …