When a metamaterial (MM) is embedded in a one-dimensional photonic crystal (PC) cavity,
the ultra-strong coupling between the MM plasmons and the photons in the PC cavity gives …

Achieving high-Q-factor resonances allows dramatic enhancement of performance of many
plasmonic devices. However, the excitation of high-Q-factor resonance, especially multiple …

A terahertz metamaterial comprised of an array of cross rectangular split-ring resonators
(CRSRR) was proposed and analyzed for sensing applications, and it exhibited two …

We report the simultaneous excitation of the odd and the even eigenmode resonances in a
periodic array of square split-ring resonators, with four resonators per unit cell. When the …

This research article focuses on investigating the broadening of fundamental resonance in a
terahertz metamaterial via the bending of strip resonators placed in close proximity. The two …

Artificially controlling the spectral response of metamaterials is important for the applications
of functional devices. Here, we identify a simple ruler equation for describing the direct …

In this paper, we proposed a terahertz (THz) metamaterial sensor, which consists of an array
with two mirrored double split ring resonators (DSRRs) in one unit cell deposited on a …

Planar hybrid metamaterial with different split ring resonators (SRR) structure dimensions
are fabricated on silicon substrates by femtosecond (fs) laser micro-lens array (MLA) …

The capability to design, fabricate, and optimize metamaterials based on various structures
and material platforms has been crucial for the rapid development of modern terahertz (THz) …

We investigate the resonant properties of high quality-factor membrane-based metamaterial
resonators functioning in the terahertz regime. A number of factors, including the resonator …