Graphene has unique properties which make it an ideal material for photonic and
optoelectronic devices. However, the low light absorption in monolayer graphene seriously …

Achieving ultra-broadband and completely modulated absorption enhancement of
monolayer graphene in near-infrared region is practically important to design graphene …

In both photovoltaic (PV) and photoelectrochemical water splitting (PEC‐WS) solar
conversion devices, the ultimate aim is to design highly efficient, low cost, and large‐scale …

We theoretically study how to greatly improve the near-infrared light absorption of monolayer
graphene through the excitation of magnetic resonance in metamaterials. The absorption …

We study theoretically how to simultaneously achieve narrowband and broadband light
absorption enhancement of monolayer graphene, which is placed on a metallic substrate …

Precise control and stabilization of the operating temperature environment of spacecraft and
satellites during their life cycle is of paramount importance to increase device reliabilities …

Colorimetric detection of target molecules with insensitivity to incident-light polarization has
attracted considerable attention in recent years. This resulted from the ability to provide rapid …

A graphene-PbS quantum dot (QD) composite for application in high-performance near-
infrared (NIR) photodetectors (PDs) is proposed in this study. A single-layer graphene flake …

Optical absorption is one of the most fundamental processes in light-matter interactions. The
ability to achieve and control high absorption is crucial for a broad range of modern photonic …

A lithography‐free, double‐functional single bismuth (Bi) metal nanostructure is designed,
fabricated, and characterized for ultrabroadband absorption in the visible (vis) and near …