This paper presents the design and comprehensive analysis of an ultra-fast fractional-order
temporal differentiator (DIFF) based on a plasmonic inner-wall Bragg grating microring …

A metal-cap wedge shape hybrid plasmonic waveguide (WSHPW) has been investigated,
for the nano-scale light confinement and long propagation range, in order to analyze the …

Optical properties of the fundamental hybrid mode of hybrid insulator-metal-insulator
plasmonic waveguide (HIMIPW), consists of insulator-metal-insulator sandwiched between …

The triangular shape based hybrid metal-insulator-metal plasmonic waveguide, to achieve
the low propagation loss at deep-subwavelength, has been proposed, and analyzed for the …

Abstract The Terahertz (THz) field is emerging with the goal of addressing the critical
challenges associated with achieving high data rates and rapid communication. In this …

The requirement of low crosstalk between the neighboring waveguides should be
considered essentially, in order to achieve the compact photonic integrated circuit (PIC) …

The terahertz (THz) technology has fascinated lot of attention due to its enormous potential
for a wide range of applications in the public, private and enterprise domains. This research …

In order to construct a dense Photonic Integrated Circuit (PIC) that comprises photonic
waveguides, it is vital to consider the necessity of low crosstalk between surrounding …

To achieve high data rates and higher bandwidth, Terahertz (THz) radiation is a promising
candidate for next generation wireless communications. This research study demonstrates …

An aluminum gallium arsenide (AlGaAs) based hybrid metal insulator plasmonic waveguide
(HMIPW) has been investigated to analyze the optical properties of fundamental and higher …