Advanced materials for optical-based devices and methods

16 SEPTEMBER 09:00 - 10:30

TT.I - Technical Multi-Track with Parallel SYMPOSIA
Advanced materials for optical-based devices and methods
Co-organized with Sapienza University of Rome Chair: Danilo DINI, Sapienza University of Rome
The Symposium titled “Advanced materials for optical-based devices and methods” hosts five contributions from young researchers who are involved in the preparation of nanostructured materials for advanced applications in plasmonics, energy conversion, electrochromics, organic optoelectronics, photoluminescent displays and scintillators. The systems here described are prepared through a variety of methods that range from chemical synthesis to electrochemical deposition and from nanoscale crystallization to laser-patterning. The resulting functional nanostructured materials/nanosized arrays are characterized as far as their optical and electrical properties are concerned with the aim of evaluating their suitability in the applications of interest.
TT.I.C.1	Diego DI GIROLAMO - CV Sapienza University of Rome Investigating anodic electrodeposition of NiOOH towards implementation of NiO in optoelectronic devices
TT.I.C.2	Rocco CARCIONE - CV FSN-TECFIS, ENEA Frascati Strategies to synthesize CdSe@CdS dots-in-rods (dirs) with tunable PL properties
TT.I.C.3	Francesca LIMOSANI - CV FSN-TECFIS, ENEA Frascati Investigation of photoluminescent semiconductor quantum dots synthesized by direct laser patterning
TT.I.C.4	Daniele ROCCO - CV Sapienza University of Rome New Organic Materials applied to Plastic Scintillators for Fast Timing Detectors
TT.I.C.5	Emilija PETRONIJEVIC - CV Sapienza University of Rome Chirality in Low cost Plasmonics asymmetric nanohole arrays
ROOM 8