ACS Applied Engineering Materials , July 28, 2023
Gr-coated low-voltage copper wires are oxidation-resistant and show enhanced electrical conductivity compared to pristine wires even after 24 months. The increase in electrical conductivity potentially allows for a reduction in wire diameter with a consequent savings in wire production costs and could be applicable in automobiles and aerospace industries.
ACS Applied Engineering Materials Volume 1, Issue 7, July 28, 2023, 1698-1982
Press Releases
The manuscript "Industrial Graphene Coating of Low-Voltage Copper" is published and now featured with a front cover in ACS Applied Engineering Materials
I materiali bidimensionali per le aziende
IIT Open Talk, 24 March, 2023
L’intervista di Valeria delle Cave a Piero Gamarra, business developer della Graphene Flagship, sul progetto di ricerca finanziato dall'Unione Europea per lo sviluppo di materiali bidimensionali, tra cui il grafene. Gamarra spiega che il suo ruolo è quello di creare un ponte tra il mondo della ricerca e le aziende interessate a introdurre questi materiali nei loro prodotti, con un focus sull'energia e la transizione energetica.
We need new solar supply chains. Here's why
weforum.org, January 17, 2023
In Sicily, in southern Italy, a solar panel factory (the 3SUN Gigafactory) has, through a combination of continuous innovation and production since 2010, positioned itself as a leader in the renewable energy space. The TANGO (iTaliAN pv Giga factOry) project, with the backing of the European Union, will now enable the facility to increase the current production level to 3 GW a year, thus becoming the largest solar factory in Europe. […] This giga-factory began with Japanese technology. It then developed HJT panels with France’s CEA-INES and is now working on the Tandem cell with Italian research institutes. These include ENEA (the national agency for new technologies, energy and sustainable development), the CHOSE center at the University of Rome in Tor Vergata, the Istituto di Struttura della Materia (the Institute for the Structure of Matter) at CNR (the National Research Council) and BeDimensional, a spin-off of Graphene Labs at the Istituto Italiano di Tecnologia (the Italian Institute for Technology) in Genoa.
Graphene Flagship to showcase innovations at Enlit Europe
Graphene Flagship News, 17 November 2022
The Graphene Flagship will exhibit exciting graphene applications for the energy sector at Enlit Europe, from 29 November to 1 December 2022 in Frankfurt.
Graphene Flagship calls for industry uptake of 2D materials at 17th annual conference
Graphene Flagship News, August 29th, 2022
The 2022 edition of Graphene Flagship’s Graphene Week will take place at the famous BMW Welt in Munich, Germany on 5 to 9 September 2022. In its 17th edition, Graphene Week will reveal the latest scientific research on graphene and related materials and celebrate the launch of industrial projects in aeronautics, automotive and microchip manufacturing, among others. A free pavilion, open to the public, will showcase graphene products and innovation.
Graphene Flagship to showcase innovations at ILA Berlin
Graphene Flagship News, June 9th, 2022
Our project will exhibit the exciting applications of graphene for aerospace in leading industrial tradeshow ILA Berlin, from 22 to 26 June 2022.
Il grafene nel prossimo futuro dell’energia fotovoltaica
IIT Open Talk, 12 May, 2022
Il resoconto del workshop organizzato dalla Graphene Flagship con IIT e ospitato da EGP a Catania, che ha fatto il punto sulle applicazioni per il fotovoltaico e lo stoccaggio dell’energia che vede il grafene e altri materiali bidimensionali al centro dell’attenzione.
Il grafene per applicazioni biomediche
IIT Open Talk, 22 April, 2022
L’intervista di Valeria delle Cave a Valentina Castagnola and Clarissa Braccia.
L’angolo magico, grafene e nuovi materiali all’IIT di Pisa
IIT Open Talk, 02 April, 2022
L’intervista di Claudio Rossetti a Camilla Coletti, Coordinatrice del Center for Nanotechnology Innovation (CNI@NEST) di IIT.
Spotlight: Graphene applications in drug delivery
Graphene Flagship News, 10 February 2022
Graphene Flagship researchers Valentina Castagnola and Clarissa Braccia , based at Graphene Flagship partner IIT, in Italy, share their latest experiences and discoveries in the field of graphene and related materials.
Coatings copper wires with graphene to improve their conductivity and lifetime
Graphene Flagship News, 13 January, 2022
Following up on our successful Graphene Week 2021 – the leading event for the Graphene Flagship community – we dedicate a spotlight article to the winners of the poster sessions. Ylea Vlamidis - Graphene Week 2021 best poster award.
Storie di donne, di scienza, di vita
IIT Open Talk, 2 November, 2021
Intervista di Camilla Dalla Bona a Camilla Coletti, coordinatrice della linea di ricerca “2D Materials Engineering” di IIT e coordinatrice dei “Graphene Labs” di IIT sul tema "Storie di donne, di scienza, di vita".
Sustainability in two dimensions: it’s time for graphene and 2d materials
Renewable matter, Milan, August, 5th 2021
“Sustainability in two dimensions: it’s time for graphene and 2d materials". Interview with Camilla Coletti.
PI Profiles: Camilla Coletti
IIT Open Talk, 18 June, 2021
Intervista a Camilla Coletti, coordinatrice della linea di ricerca “2D Materials Engineering” di IIT e coordinatrice dei “Graphene Labs” di IIT.
Congratulations to professor Jusef Hassoun and his team on their cover on ACS Energy & Fuels
ACS Energy&Fuels - June 17, 2021- Volume 35, Issue 12 Pages 9747-10340
New energy storage systems employ highly concentrated glyme-based electrolyte solutions. The cells combine lithium metal either with sulfur or with LiFePO4 cathode. The fine tuning of electrolytes, active materials chemistry, and operative conditions are significant steps to achieve a safe and efficient lithium-metal battery.
Dalle matite alle auto elettriche: il grafene per un futuro più green
Ferrara, 11 maggio 2021
Intervista al Professor Jusef Hassoun dedicata al progetto sull’accumulo di energia con sistemi litio-zolfo, condotto presso l’Università di Ferrara, nell’ambito della iniziativa Graphene Flagship.
TGR Leonardo intervista Camilla Coletti
Pisa, 5 March, 2021
L’intervista a Camilla Coletti, capo dei Graphene Labs dell'IIT di Pisa, sul nuovo metodo green per produrre cristalli di grafene e un dispositivo ad alta efficienza per le telecomunicazioni a banda larga realizzati nell'ambito dell'iniziativa europea Graphene Flagship.
Nuovo metodo di fabbricazione del grafene per il futuro delle telecomunicazioni
IIT Open Talk, 25 February, 2021
Un nuovo metodo di produzione del grafene adattabile alle esigenze industriali e un nuovo dispositivo ad alta efficienza per le telecomunicazioni a banda larga: queste le innovazioni sviluppate dai ricercatori italiani nell’ambito dell’iniziativa europea Graphene Flagship, che ha l’obiettivo di sviluppare nuove soluzioni ad alto contenuto tecnologico per favorire la competitività dell’UE sui mercati internazionali. I risultati sono stati presentati in due pubblicazioni su riviste scientifiche internazionali, ACS NANO e Nature Communications, dal team coordinato dalla ricercatrice Camilla Coletti, a capo dei Graphene Labs dell’Istituto Italiano di Tecnologia (IIT) a Pisa, e da Marco Romagnoli, responsabile dell’Advanced Technologies for Photonic Integration Lab al CNIT a Pisa.
Wafer-scale production of graphene-based photonic devices
Graphene Flagship News, 11 February, 2021
Graphene Flagship researchers have devised a wafer-scale fabrication method that paves the way to the next generation of telecom and datacom devices. Our world needs reliable telecommunications more than ever before. However, classic devices have limitations in terms of size and cost and, especially, power consumption – which is directly related to greenhouse emissions.
Graphene for 5G communication and more with Nokia’s Paola Galli
Graphene Flagship News, 2 February, 2021
Galli introduced Nokia Italy to the Graphene Flagship consortium, and she leads the Graphene Flagship Spearhead Project METROGRAPH, which aims to devise a low-cost optical transceiver to transmit and receive data with graphene-enabled photonics.
“Time’s Kid of the Year”: un segnale per diffondere l’importanza della ricerca?
IIT Open Talk, 11 January, 2021
Intervista a Camilla Coletti sul ruolo centrale che la scienza ha assunto in questo ultimo anno, sull’impegno che la Ue sta profondendo per sostenere la ricerca scientifica, e sull’iniziativa messa a punto da The Graphene Flagship denominata “The Diversity in Graphene”, una piattaforma per discutere e cercare soluzioni a problematiche relative a qualsiasi disparità che si possano incontrare nel mondo della scienza, come ad esempio genere, etnia o religione.
Using the syk model to examine the fast-charging process of quantum batteries
Phys.org, 08 January, 2021
Researchers at University of Pisa and the Italian Institute of Technology (IIT) have recently used the SYK model to examine the charging protocols of quantum batteries. Their paper, published in Physical Review Letters, offers evidence of the potential of quantum mechanical resources for boosting the charging process of batteries.
Graphene boosts next-generation telecom and datacom devices
Graphene Flagship News, 20 November, 2020
An international team of researchers from the Graphene Flagship have developed new graphene-integrated photodetectors – micro-devices used to convert light to electrical signals – with enhanced performance. Istituto Italiano di Tecnologia (IIT), University of Pisa, Consorzio Nazionale Interuniversitario per le Telecomunicazioni (CNIT),Technion, Institute of Photonic Sciences (ICFO), Thales, University of Cambridge.
Cost effective, large scale graphene with AIXTRON systems
Graphene.Flagship News, 7 Luglio 2019
Graphene Flagship partner AIXTRON introduced results from two of its systems that enable the large-scale production of graphene through chemical vapour deposition (CVD).
Seeding Large Single-Crystal Graphene for Photonics Applications
Graphene.Flagship News, 30 Aprile 2019
A new growth approach yields graphene with high charge mobility and electrical properties comparable to those achieved from pristine “scotch tape” graphene exfoliated from flakes.
Avviati i test per lo sviluppo di nuove applicazioni con il grafene nei cavi elettrici di bassa tensione (Comunicato stampa)
Lucca, 15 Aprile 2015
Baldassari Cavi e Istituto Italiano di Tecnologia implementeranno nei prossimi 12 mesi nuovi prototipi da industrializzare, per migliorare le performance dei prodotti e aumentare la competitività dell’azienda leader nei cavi elettrici di bassa tensione per uso civile ed industriale.
Flagship Grafene: il trasferimento all'industria nei prossimi dieci anni
Entro 10 anni sul mercato, e in 3 anni già i primi prototipi. Questi i traguardi indicati nella roadmap del progetto Flagship Grafene. Investimento europeo di 1 miliardo. L’Italia tra i primi paesi coinvolti nell’iniziativa. Focus su produzione, energia, elettronica e applicazioni biomedicali ed elettronica 'fredda'.
Il progetto Grafene sbarca a Genova
Appuntamenti da Nobel al Festival della Scienza e incontri scientifici all’Istituto Italiano di Tecnologia.