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 plethora of research in recent years has been reported on free space optical switches
based on Goos-Hänchen shift of the reflected light in the surface plasmon resonant systems …

A nanoscale sensor which comprises dielectric-metal-dielectric waveguide and plasmonic
metasurface resonators is proposed to realize plasmon-induced transparency responses …

Finding new ways to access the nanoscale and high-Q-factor plasmonics resonance
remains a major challenge in the field of plasmonic metasurfaces. In the present paper, we …

Graphene biosensors have received more and more attention over the past two decades in
the modern fields including labeled, and label-free sensing owing to their ability to harness …

In the present paper, we aim to report a simple, highly sensitive, and compact footprint
biosensor for cancer detection based on metamaterial containing structure utilizing …

The experimental and theoretical evaluation of a simple, low cost, and compact footprint, as
well as a high resolution graphene plasmonics sensor are presented here for optical …

J-aggregates nanostructure proposed for realization of plasmonic manufactories like
switchable localized surface resonances (LSR) due to their optical nonlinearities' properties …

Abstract Plasmonically-induced transparency (PIT)-like effect has developed into a powerful
approach for accurate monitoring of biomaterial. For this purpose, several invaluable …

A tunable Y-branch graphene plasmonic switch operating at the wavelength of 1.55 μm is
proposed in which graphene is placed on white graphene. The switch structure is …