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Optical sensor based on plasmonic and photonic crystal structures

 

Plasmonics involves the control of light at the nanoscale by using surface plasmons. Localized surface plasmon resonance LSPR, which imparts unique...

Bio-derived nanostructures for plasmonic applications.

 

A proper metalization of bio-derived dielectric nanostructures allows obtaining very complex three-dimensional platforms for plasmonic applications such as Surface Enhanced Raman...

Nanostructured semiconductors based sensors for chemical, physical and biological monitoring

Scientific research activity is focused on three main lines: ZnO nanowires based gas sensors; porous silicon based sensors and biosensors; hybrid silicon-graphene based light sensors.

ZnO-...

Optical Integrated Electromagnetic Field Sensor

In this activity we propose the characterization and the implementation of optical integrated electromagnetic field sensors suitable for sensing fields in the Fresnel region...

Nonlinear optical properties of nanostrucutures

The investigation of Nonlinear properties at the nanoscale is a growing field of research of great importance from both fundamental and applicative point of view. Concerning the...

Hybrid Nanostructured Plasmonic Devices for Sensing and Fundamental Studies

Scientific research activity is focused on two main lines: micro- and nano- patterned diatom silica shells have been modified by nanometric layers of gold and tested as...

Nonlinear microscopy and bioimaging based on Raman spectroscopy and holography

 

The ability to characterize both physiology and morphology in biological or not biological samples with sub-micrometric resolution in a non-destructive and non-invasive...

Optical monitoring of pollutants and time-evolving biological processes.

The versatility of optical sensors allows their application in a wide range of fields, from environmental sciences to the quantitative analysis of biological samples.

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Fiber optic based devices for biosensing and industrial applications

 

Naples Unit is focused on development of innovative fiber optic based devices and systems for applications ranging from biomedicine to structural...

Multifunctional Microsystems based on Integrated Circuit Technology.

The Unit of Naples is involved in design, manufacturing and characterization of multifunctional microsystems; a promising platform where different functionalities and materials...

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