Impressive Web-impact of the graphene 3D bone-printing !

Web-Press release on graphene for 3D bone-printing

https://www.cnr.it/it/comunicato-stampa/7895/foglietti-di-grafene-come-stampi-per-costruire-nuove-protesi-ossee-personalizzate

http://www.vivienna.it/2018/01/25/foglietti-di-grafene-come-stampi-per-costruire-nuove-protesi-ossee-personalizzate/

https://agensir.it/quotidiano/2018/1/24/ricerca-scientifica-universita-cattolicacnr-sviluppati-foglietti-di-grafene-come-stampi-per-costruire-nuove-protesi-ossee-personalizzate/

http://www.popsci.it/protesi-osseein-futuro-saranno-con-foglietti-di-grafene.html

https://isnello.virgilio.it/notizielocali/foglietti_di_grafene_come_stampi_per_costruire_nuove_protesi_ossee_personalizzate-54268140.html

http://www.adnkronos.com/soldi/economia/2018/01/24/grafene-arrivo-protesi-ossee-tessuti-antifiamma_S23zoadjJRR2FB1Ts5dgYO.html

Ricerca, foglietti di grafene per la stampa di protesi ossee su misura

http://www.agenziarepubblica.it/foglietti-grafene-stampi-costruire-nuove-protesi-ossee-personalizzate/

http://www.lescienze.it/lanci/2018/01/24/news/cnr_foglietti_di_grafene_come_stampi_per_costruire_nuove_protesi_ossee_personalizzate-3833161/

Download  web-press-release here :  CNR Web Release

Download full web-press-release (33MB) :  CNR Web Release full

QUANTERA project QUOMPLEX funded!

The project QUOMPLEX authored by Mehul Malik (Coordinator), Pepijn Pinske and Claudio Conti is among the 26 excellent international proposals in the field of quantum technologies research recommended for funding in the QUANTERA call 2017, the first step of the Quantum Technologies flagship.

QUOMPLEX aims at harnessing random media, multi-modal propagation and machine learning for novel compact multi-level quantum gates.

QuantERA in Cordis (grant number 731473)

Website of the Quomplex Project

Stay tuned!

Topological Cascade Laser

The cascade of resonant PT-symmetric topological structures is shown to emit laser light with a frequency comb spectrum. We consider optically active topological lattices supporting edge modes at regularly spaced frequencies. When the amplified resonances in the PT-broken regime match the edge modes of the topological gratings, we predict the emission of discrete laser lines. A proper design enables the engineering of the spectral features for specific applications. Topological protection makes the system very well suited for a novel generation of compact frequency comb emitters for spectroscopy, metrology, and quantum information.

Laura Pilozzi and Claudio Conti, Optics Letters 42, 5174 (2017)