Tamm plasmon provides a new avenue in plasmonics of interface states in planar multilayer
structures due to its strong light matter interaction. This article reviews the research and …

Flexible sensors are considered the key components of human wearable point-of-care
(POT) devices. There have been enormous efforts devoted to improving the sensing …

Monitoring the variations in pressure, distribution, and the magnitude of the emitted gases at
the ground surface is very important in different applications. Because of the parity-time …

In the present study, we have theoretically proposed a novel sensing tool based on a
polymer defective one dimensional photonic crystal for highly accurate and sensitive …

Organic-compound-based sensors have important applications, such as applications in
geothermal power stations, the shoe industry, the extraction of vegetable oil, azeotropic …

Coupling of topological interface states in a one dimensional photonic crystal has been
systematically investigated in a broad energy region of electromagnetic spectrum. The …

For the past few decades, investigations of cancer cells were made using periodic/defective-
periodic photonic structures. Utilizing the unique properties of a disordered photonic crystal …

In this research, the effect of the applied hydrostatic pressure on the one-dimensional quasi-
periodic phononic crystals (PnCs) based on the Fibonacci sequence has been studied. The …

A new one-dimensional photonic crystal (1DPC) containing moderately doped silicon (m-Si)
semiconductor is proposed and its tunable properties are theoretically investigated. The …

In this research, the hydrostatic pressure effects on the transmission spectra of a one-
dimensional (1D) defective phononic crystal (PnC) are calculated and studied. The …