In this paper, we propose and investigate a thin cylindrical slot etched into a disk shape
optical microcavity (MC) aiming for sensing biomaterials in a label-free style. Supporting …

Analyzing and decoding stored information in human DNA has enabled ultra-sensitive
photonic type sensors based on the state-of-the-art method to detect many specific physical …

Single silicon nanobeam photonic crystal cavity based sensors are systematically analyzed
and designed. By using perturbation theory and numerical simulations, both dielectric-mode …

Silicon photonics is the most important technological platform for creating a variety of
functional optical elements, including promising types of optical sensors. Moreover, in recent …

In this paper, we introduce an optical nano-cavity-based sensor comprising tapered air-
holes in a circular path with a central radius close to the perimeter of an optical disk …

In this paper, we investigated two-dimensional (2D) and three-dimensional (3D) finite
element method (FEM) simulations to provide ultrasensitive gas sensors based on silicon-on …

In this paper, we design and optimize a single-mode photonic crystal (PhC) nanobeam-
grating (NBG) structure with antisymmetric quarter-elliptical walls geometry based on the …

Owing to the requirements of integrated circuits to the structures that guide light in the
requisite directions and focus on appropriate sites, benefiting photonic crystal properties to …

Кремниевая фотоника является важнейшей технологической платформой для
создания множества функциональных оптических элементов, включая перспективные …