We predict a novel multispectral spatial and frequency selective sensing based on a
plasmonic sub-diffraction-limited (< λ/4) nanostructure. Via combining the strong plasmon …

We study the interaction of gold nanoparticles with a graphene film. Graphene is used as a
spacer, as thin as possible, between the gold nanoparticles and the detection dielectric …

The theoretical study of the detection properties of network plasmon resonances, supported
here by gold, nanoparticles (form T) and graphene expressed in terms of sensitivity and …

We present nanostructured gold films⎯ with complex plasmonic nanostructures present on
the surface of the films⎯ for enhanced SPR-based sensing and imaging of biomolecules …

We present one of the simplest nanoscale systems for a high-performance refractive index
(RI) sensor. We investigate analytically and numerically the transmission response of the …

The spatial distribution detection and characterization of multi-adsorption layers,
biomembranes, and cells are important techniques to study biomolecular properties and …

This chapter focuses on biosensor types, their detection limits, analysis times, and the
diseases they are suitable for detecting. In addition, as nanomaterials are an effective …

In this study, we design and produce grating coupled surface plasmon surfaces which are
switched by electrochemistry. Grating structures are fabricated using digital versatile discs …

Recent advances in nanofabrication and characterization methods have enabled the study
of novel optical phenomena, thus boosting the research in nanophotonics and plasmonics …