Jari%Kinaret% Chalmers%University%of%Technology%...
Transcript of Jari%Kinaret% Chalmers%University%of%Technology%...
Jari Kinaret Chalmers University of Technology
Sweden
FET Flagships “FET Flagships are ambi1ous large-‐scale, science-‐driven, research ini1a1ves that aim to achieve a visionary goal. The scien1fic advance should provide a strong and broad basis for future technological innova1on and economic exploita1on in a variety of areas, as well as novel benefits for society.” Scale: 10 year project period, 1 B€ project cost (500 M€ from EC) Graphene and the Human Brain Project 2013, October 1: Project start with a 30 month ramp up phase (CP-CSA).
During the ramp-up, EC financing is 21.6 M€/yr. Presently 142 academic & industrial partners from 23 countries (GF).
2016, April 1: Enter Horizon 2020 phase with EC financing ca. 50 M€/yr. Preparations are being finalized.
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Graphene Flagship mission:
Mission: To take graphene and related layered materials from a state of raw potenKal to a point where they can revoluKonize mulKple industries. This will bring a new dimension to future technology – a faster, thinner, stronger, flexible, and broadband revoluKon. Our program will put Europe firmly at the heart of the process, with a manifold return on the EU investment, both in terms of technological innova9on and economic growth.
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ScienKfic and technological roadmap Published in January 2015 as A.C. Ferrari, [abt. 50 other authors] and J.M. Kinaret, Nanoscale 7, 4598-‐4810 (2015) (open access). Technology and InnovaKon Roadmap is being updated in a process led by Fraunhofer InsKtute, 1st ediKon expected to be issued in 2016
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Flagship consorKum in October, 2014 142 partners, of which 27% industrial (Airbus, Alcatel-‐Lucent, BASF, Ericsson, FIAT, ItalcemenK, Nokia, ST Microelectronics, Varta,…)
Increasing number of Associated Members (ABB, Imerys, Nano-‐Carbon, GraphenSiC,…)
GRAPHENE Consor/um
Director & Management team
R&D Partners (142 Industry & Academic org.)
Strategic Advisory Council
Academia Industry
Consor/um Agreement
Execu/ve Board (Director, Work Package Leaders and members at large)
R&D Work
Packages
Flagship organizaKon
Funders’ Forum
Flexible electronics
Environment & Health
Opto-‐electronics Materials High-‐freq.
electronics Spintronics
Nano-‐composites Sensors
Fundamental science
Energy applica/ons Produc/on Innova/on
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EsKmated technology readiness levels Materials HF
electronics Optoel. & photonics
Sensors Flexible Energy Composites Produc/on
TRL 9 Sports equipment
Chemical exfoliaKon CVD
TRL 8 R2R CVD
TRL 7 Touch screen Packaging?
TRL 6 Humidity, pressure
Supercaps, bameries
TRL 5
TRL 4 Freq. mulKplier, amplifier
Flexible screen
AnK-‐corrosive coaKngs
TRL 3 Other LMs Data transmission
TRL 2
TRL 1
PARIS
Strategic Advisory Council
MANCHESTER
Albert Fert THALES
Klaus von Klitzing MPI
STUTTGART
Luigi Colombo Texas Instruments
Byung Hee Hong Seoul Na/onal U.
2010
2007
1985
2010
Andre Geim Konstan/n Novoselov
HELSINKI
Tapani Ryhänen NOKIA
Josef R. Wünsch BASF
Silvia Lazcano-‐Urena AIRBUS
LUDWIGSHAFEN
GETAFE
Horizon 2020 (April 1, 2016-‐) Flagship in
Horizon 2020
Core Project 1 ca. 150 partners, 2 yrs
NaKonal projects
Regional projects
Core Project 2 > 120 partners, 2 yrs
Core Project 3 > 120 partners, 2 yrs
Framework Partnership
FLAG-‐ERA
Other EU projects
13 new industrial partners including, e.g., ABB, Infineon, and GSK
Core 1 work packages • AdministraKve
– Management – Research management – InnovaKon – DisseminaKon – Alignment
• Division 1 – Enabling technologies – Enabling materials – Spintronics
• Division 2 – Health & environment – Biomedical technologies – Sensors
• Division 3 – Electric devices – Optoelectronics – Flexible elelctronics – Wafer-‐scale system integra9on
• Division 4 – Energy storage – Energy genera9on – Polymer composites – Coa9ngs & foams – ProducKon
• Division 5 – external
InternaKonal collaboraKons • Graphene Week conference
(Manchester, June 22-‐26, 2015; Warsaw, June, 2016)
• Graphene Study winter schools (February) (on selected topics, next one possibly with focus on energy applicaKons, membranes and sensors)
• InternaKonal workshops o US: Arlington, VA, April 22-‐24, 2015 o Korea: Busan, August 12, 2015 – in connecKon with
the IUPAC meeKng o Japan: Tokyo, October 31-‐ November 2, 2015
• Possible student exchange sKpends, e.g. 5 k€ per sKpend
Thank you for your amenKon!
Graphene disruptive technologies
- from academic laboratories to society
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Impact: transla1onal nanotechnology Andrea’s flexible screen video (Video: A. Ferrari, Cambridge) ICT consumer and high performance electronics, optoelectronics
(Figure: BASF) MATERIALS ultralight, strong composites for, e.g., aerospace and cars, conducKve inks
(Figure: Chalmers) ENERGY advanced bameries and supercapacitors for cars and portable appliances
HEALTH Rapid electronic DNA sequencing, new biosensors
(Figure: C. Dekker, DelL)
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