LNS: STEFANO SELLERI, FIBRE A CRISTALLO FOTONICO, PROPRIETą E APPLICAZIONI 
 ELENCO COMPLETO 

DATA: 27-03-2017

LABORATORI NAZIONALI DEL SUD
In the last decade, also thanks to strong advancements in the fabrication technology, remarkable developments and improvements have been observed in the field of Photonic Crystal Fibers (PCFs), also known as microstructured fibers or holey fibers. PCFs have thus demonstrated to be an interesting platform for many application fields including engineering, physic, chemistry and biology. Many sensors for specific analytes have been reported, novel sensing chemistries or transduction principles have been introduced, and applications in various sensing and biosensing fields have been realized. PCF also drove laser development, and in particular high power lasers, due to the increased degree of freedom in the fiber cross section design which allow to jointly achieve high power level and high spatial quality of the output beam. Discussions on the main issues related to the properties and the use of PCFs will be presented focusing on the fiber design for application in laser and sensing field.


 SITO COLLEGATO 

 EVENTI RECENTI 
09-12-2019: Visita ai laboratori della Sezione INFN di Trieste da parte di studenti del Liceo Scientifico dell' IIS Cattaneo-Dall'Aglio di Castelnovo ne' Monti (RE)
09-12-2019: Properties of nuclei in the N=Z=50 region investigated via multi-nucleon transfer reactions and lifetime measurements - Marco Siciliano
06-12-2019: From kaonic atoms to strangeness in neutron stars
05-12-2019: M. Gromov - Updated results of the geo-neutrino observation with the Borexino detector
05-12-2019: A scuola di radioattivita'
04-12-2019: La fisica incontra la cittą - L'arte ed i suoi segreti: la fisica per svelarli
04-12-2019: Nuclei per l'ambiente
04-12-2019: A. Melchiorri - A crisis in lalalambda land?
02-12-2019: MariX: Conceptual Design Report of a Multi-disciplinary Advanced Research Infrastructure for the generation and application of X-rays
28-11-2019: Quantum Optical Control of Levitated Solids: a novel probe for the gravity-quantum interface

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F.M. F.E.