Efficiently fabricating a cavity that can achieve strong interactions between terahertz waves
and matter would allow researchers to exploit the intrinsic properties due to the long …

Herein, we establish a hybrid coupling model (HCM) containing both near-and far-field
couplings to describe the electromagnetic response of the coupled-grating system …

We demonstrate that symmetry breaking opens a new degree of freedom to tailor energy-
momentum dispersion in photonic crystals. Using a general theoretical framework in two …

We investigate narrowband transmission filters based on subwavelength-grating reflectors
at normal incidence. Computational results show that the filtering is realized through …

Chiral light sources realized in ultracompact device platforms are highly desirable for
various applications. Among active media used for thin-film emission devices, lead-halide …

We report tunable VCSELs emitting around 1060 nm, enabled by high-contrast grating
(HCG) mirror. Single-mode continuous-wave (CW) operation up to 110° C is demonstrated …

High-contrast refractive indices are pivotal in dielectric metasurfaces for inducing various
exotic phenomena, such as the bound state in the continuum (BIC) and electric mirror (EM) …

The guided mode resonances (GMRs) of diffraction gratings surrounded by low index
materials can be designed to produce broadband regions of near perfect reflection and near …

The design of photonic structures plays a crucial role in the engineering of light-matter
interactions. Planar microcavities have been widely used to establish strong light-matter …

In this paper, we study the features of the resonant response of a system consisting of two
subwavelength one-dimensional periodic structures, considering the dispersion of the …