We propose a simple route to obtain an ultrawide free spectral range (FSR) using a
composite racetrack microring resonator (RMRR) with Fabry–Perot cavities. The presence of …

We studied a hybrid plasmonic waveguide structure which is capable of supporting both
dielectric and hybrid modes. It consists of a thin metal layer separated from a high index …

Silicon‐organic hybrid integrated devices show great potential in high‐speed optical
interconnects and sensors. In this paper, a high‐speed modulator based on an electro‐optic …

A refractive index sensor based on all-grating racetrack resonators is proposed and
demonstrated in this paper. The structure consists of two subwavelength grating (SWG) …

We propose a new type of self-referencing and multiplexed refractive index (RI) sensor
based on a compound optical microresonator structure consisting of Fabry-Pérot (FP) …

The artificially constructed materials based split ring resonators (SRRs) may have exotic
electromagnetic properties and have received growing interest in recent years. Moreover …

In this paper we have investigated different non-conventional Split Ring Resonator (SRRs)
and Complementary Split Ring Resonator (CSRRs) based metamaterial structure for band …

We introduce a plasmon hybridization picture to understand the optical properties of double
split-ring resonator metamaterials. The analysis is based on the calculated reflectance …

An on-chip metamaterial resonator is demonstrated in 65 nm CMOS at 80 GHz for millimetre-
wave integrated circuit (MMIC) applications. The resonator is based on a differential …

Ring resonator is an essential element in silicon integrated circuit, it is widely used as filter,
wavelength multiplexer and switch in single-mode operation regime. As the rapid …