Cancer is one of the leading causes of death worldwide, making early detection and
accurate diagnosis critical for effective treatment and improved patient outcomes. In recent …

A low loss wavelength-selective filter in terahertz frequencies is proposed and
demonstrated. The proposed filter consists of a resonator placed in the air with a 15 μm and …

With discovering two-dimensional 2D materials, extensive research has been conducted
based on these materials. Different 2D materials like graphene and its derivations, transition …

In this paper, a microring resonator sensor based on the porous silicon is proposed for the
temperature and cancer cell detection, simultaneously. The porous behaviour with large …

The steering of guided light in surface plasmon resonance (SPR) sensing platforms
introduced more than eight decades ago from the first proposed optical sensor in 1983 …

Here, a novel plasmon-induced transparency (PIT) sensing platform based on a
Kretschmann–Raether configuration with graphene/J-aggregate materials is proposed. The …

We report on the theoretical models of the plasmoincs Talbot effect in graphene
nanostructure. The Talbot effect for the plasmonics applications in the IR range is …

Two-dimensional materials have emerged as new type of smart materials that may impact
advanced photonic devices. Here, to increase the light absorption, a black phosphorus …

Due to multimode coupling of the metal-grating assisted graphene plasmonic asymmetric
system, multiple high-quality near-unity absorption enabling the quantitative manipulation …

Silicon-based optical biosensors have garnered significant interest since their inception.
They are, however, susceptible to temperature fluctuations in a controlled environment. In …