A structure for simultaneous measurement of refractive index (RI) and temperature (T) is
proposed based on photonic crystal (PhC) beam structures. The sensor structure consists of …

Healthcare and biosensing have attracted wide attention worldwide, with the development of
chip integration technology in recent decades. In terms of compact sensor design with high …

Based on single-mode rate equations, we present an improved equivalent-circuit model for
distributed-feedback (DFB) lasers that accounts for the effects of parasitic parameters and …

An improved technique of continuous shaping current-injected waveforms based on the
single-mode rate equations is proposed to suppress relaxation oscillations (ROs) from direct …

Different types of photonic crystal components have been modeled by approximate RLC
circuits. The proposed lumped circuits exploit the analogy of photonic crystal elements and …

We have designed a high-sensitivity and high-quality factor (Q) photonic crystal (PhC) Fano
sensor. By engineering of Fano cavity within a typical Fano structure, the light modes …

In this paper, we investigate the effect of the partial transmission element on the output
power dynamics of the Fano laser. By changing the radius of the holes in the photonic …

In this paper, we analyze the performance of the photonic crystal Fano laser. Our aim is to
investigate the effects of modifying the nanocavity structure by changing the air holes radius …