… , the two dimensional photonic crystal microcavity ring resonator based biosensor is designed
and analysed to detect glucose concentration in urine. The quality factor of the sensor is …

… Based on the aforementioned merits of PhC itself or for biomedical applications combined
with … Finally, they used two ring resonators which made the design far more complex. These …

… In this paper, a refractive index (RI) photonic crystal biomedical sensor based on Graphene
… applications. The biosensor was designed based on two-dimensional photonic crystal (PhC) …

… hexagonal-ring resonator to detect Bacillus cereus based on … work, a 2-D PC-based
biosensor using two hexagonal ring … biomedical sensor based on nanocavity coupled photonic …

… analyzes and models the photonic crystal (PhC)-based elliptical ring resonator for detecting
viral and bacterial infections. Optical sensors show extreme results as sensing devices. So, …

… PhCs mainly function on the variation of refractive index (RI) and are the most interesting
platforms used in sensors for biomedical applications [13]. In this kind of biosensors, a change …

… This study presents a unique biomedical sensor based on a two-dimensional (2D) photonic
crystal, which demonstrates high accuracy in diagnosing and distinguishing between regular …

… nano-cavity connects proposed an ultra-compact optical encoder based on a 2D linear PhC
ring resonator. … An ultra-compact optical encoder based on a 2D linear PhC ring resonator …

… a two dimensional hexagonal ring resonator sensor (2DHRR) for the detection of cervical
cancer cell in the women’s cervix. Hexagonal ring … has put the strong step in bio medical …

… , a photonic crystal ring resonator based bio sensor is designed to sense different blood
constituents in blood in the wavelength range of 1530nm–1615nm for biomedical applications. …