Research on Nanosciences and Nanotechnologies within “NMP ... Luis... · Research on Nanosciences...

NANOTECHNOLOGIES AND NANO-SCIENCES, KNOWLEDGE-BASED MULTIFUNCTIONAL MATERIALS AND NEW PRODUCTION PROCESSES AND DEVICES 1

Research on Research on NanosciencesNanosciences and and Nanotechnologies within “NMP” Nanotechnologies within “NMP” Priority of the European Union’s Priority of the European Union’s

6th Framework Programme6th Framework Programme

José Luis Viviente SoleUnit “Nanosciences and Nanotechnologies”

Directorate “Industrial Technologies”Research Directorate-general

European CommissionThese pages do not represent any commitmenton behalf of the European Commission.Please refer to official documents.See, e.g.: http://www.cordis.lu/fp6;http://europa.eu.int/comm/research/fp6/index_en.html;http://www.cordis.lu/nanotechnology

[email protected]

1st NANOSPAIN Workshop, San Sebastián, 10-12 March 2004


• State of the art• Nanotechnology in previous EC programmes• Six Framework Programme

- First Call- Second Call- Future Calls

Outline Outline


State of the art


European StateEuropean State--ofof--thethe--artart

• Europe enjoys a strong position in the “nano” domain

• Several EU Countries started nano-programmes early

• European scientists have been and are at the forefront

NanosciencesNanosciences and and nanotechnologiesnanotechnologies


Publications between Publications between 1997 and 19991997 and 1999

EU-1534%

USA24%

Japan12%

China 6%

Russia 5%

Switzerland 2%

otherCountries

17%

Germany11%

France 6%

UK 5%Italy 3%

other EU-15ms 9%

Sources: A. Hullmann, Nanotechnology: Europe on Top in Nanoscience, in Indinews 2, Internal Newsletter on S&T&I Indicators, EC, 2001, fig.2

This slide does not engage the European Commission.


Patents between Patents between 1991 and 19981991 and 1998

This slide does not engage the European Commission.

CanadaSwitzerland

4%

other EU ms2%Italy 1%

Netherlands2%Belgium 2%

UK 5%

France9%

Germany15%

USA41%

other Countries4%

Japan13%

EU-1536%

Sources: A. Hullmann, Nanotechnology: Europe on Top in Nanoscience in Indinews 2, Internal Newsletter on S&T&I Indicators, EC, 2001, fig.3

2%


Investing in research:Investing in research:Towards 3% of GDPTowards 3% of GDP

EU 2000 EU 2010 objective0

0,5

1

1,5

2

2,5

3

USA

Japan

R&

D in

% o

f G

DP

Business funded R&D

Public funded R&D


Nanotechnology in previous EC programmes


Nanotechnology in EC Nanotechnology in EC programmesprogrammes

55thth Framework programme (1998 Framework programme (1998 -- 2002) 2002) ~ 45M€ / year(QoL, IST, GROWTH, EESD and IHP for training and education)

44thth Framework programme (1994 Framework programme (1994 -- 1998)1998) ~ 30M€ / year(Brite-Euram, Esprit, SMT, BioMed, Biotech), around 80 projects

The European Commission supports a strong portfolio of activities in nanotechnology

31 COST Actions31 COST Actions to co-ordinate National Research Activities http://cost.cordis.lu


Nanotechnology in FP5Nanotechnology in FP5

“Quality of Life” (QoL) 17 projects

• Nano-biotechnology - Molecular diagnostics, bio-sensor arrays, cells on chips, electronic nose, …

“Information Society Technologies” (IST) 76 projects

• Nano-electronics - Single-electron tunneling, quantum devices, self-assembly, (bio)molecular computing approaches, ...

• Micro/nano-systems - Miniaturisation, bio-microsystems, smart-card, sensors, …


Nanotechnology in FP5 .. cnt’d

“Competitive and Sustainable Growth” (GROWTH) 60 projects• Materials sciences - nano-ceramics, nano-composites, quantum-dot opto-electronics materials, molecular diagnostic, GMR, hard disks, nano-catalysis, … (a broad nano-materials programme)

• Miniaturisation - Miniaturisation, microsystems, …

“Energy, environment, sustainable development”(EESD) 4 projects

• Nano-technology for energy applications - nanotechnology for energy applications - fuel cells, hydrogen storage, batteries, ...


During the period of the mandate of the NanoSTAGNanoSTAG,, the number of COST Actions related to nanoscience and nanotechnology increased enormously

NanoscienceNanoscience and nanotechnology COST Actionsand nanotechnology COST Actions come from:

FF information science & technologyinformation science & technology 33FF materialsmaterials 88FF agriculture & biotechnologyagriculture & biotechnology 22FF medicine & healthmedicine & health 22FF chemistrychemistry 1010FF physicsphysics 66

TOTAL TOTAL 3131

Cost ActionsCost Actions(European Cooperation in the field of European Cooperation in the field of Scientific and Technical Research)Scientific and Technical Research)


Six Framework Programme


has a STRUCTURING and a STRATEGIC character

It will help structuring European research in view of the EUROPEAN RESEARCH AREA

It will concentrate on few strategicresearch fields such as “nano”.

“FP6” : The Sixth“FP6” : The SixthFramework ProgrammeFramework Programme


Focusing and Integrating ERA 13345• Pr 1 genomics and biotech for health 2255• Pr 2 information society technologies 3625• Pr 3 nanotech, intelligent mat, production nanotech, intelligent mat, production 13001300• Pr 4 aeronautics and space 1075• Pr 5 food safety and health risks 685 • Pr 6 sustainable dev & global change 2120• Pr 7 citizens and governance 225• Pr 8 anticipating needs (INCO, CRAFT, JRC, etc) 2080

Structuring the ERA 2605research & innovation, human resources, infrastructures, science & society

Strengthening the Foundations of ERA 320coordination of activities, development of policies

TOTAL (Millions €)

FP6:Budget 2002 Budget 2002 –– 2006 2006 (excluding (excluding EuratomEuratom))

16270


To support integrated research activities on nanotechnologies, materials, production processes, instruments, devices and

applications for many sectors...towards knowledge-based enterprises

Thematic priority 3Thematic priority 3

€ 1.45 million(new figures)

In total, public “nano”expenditures are of the same o. of m.

in EU, Japan and USA:The “co-petition” is open !

Europe has chances to be highly competitive in mostfields, particularly integrating nano/materials/production


Transformation of EU industry with a view to sustainable development

• From resource-based to knowledge-based • Promote real breakthroughs not just

incremental research • Integration of production and consumption

patterns • Integration of education and

skills development

Thematic Priority 3 Thematic Priority 3 Overall approach and Overall approach and

objectivesobjectives


The strategic importance of The strategic importance of nanonano

Nano-sciences and technologies offer:

• Great challenges to the scientific communityScientific, educational, organisational (multi-disciplinarity)

• Potential for innovation and applications in many areas

• Economic opportunities in many sectors


Nano-technologies represent a new approach to materials science and engineering. Europe enjoys a strong position in the nano-sciences, that needs to be translated into a real competitive advantage for European industry. The objective is twofold:

• to promote the creation of an RTD-intensive European nano-technology related industry;

• and to promote the uptake of nano-technologies in existing industrial sectors.

EC proposal for Council decision

Specific Programme implementing FP6

COM(2001)279

Key tasks for an EC Key tasks for an EC nanonanoprogrammeprogramme


• Long term interdisciplinary research• Nano-biotechnology• Nano-engineering, structural and functional materials, devices• Tools and techniques, nano-manufacturing• Applications in health, industry, environment, …

A generic nanotechnology programme covering materials, materials, production processes, instruments, devices and production processes, instruments, devices and applicationsapplications for many sectors.

Priority 3: Nanotechnologies and Priority 3: Nanotechnologies and nanosciencesnanosciences, , knowledgeknowledge--based multibased multi--functional materials and functional materials and

new production processes and devicesnew production processes and devices


ManufactureMaterials supply

Chemical

Electronics, information

Pharmaceutical

Transport

CosmeticsTextilesMiniaturisation

Food, and beverage

Environmental

Inorganic self-assembly

Quantum physics

Aerospace

Nanomaterials: bulk, coating and soft materials

Nanotechnology for functional devices and ICT

Bio-synthesis of functional molecules

Nanobiotechnology

Biological self-assembly

Nanotechnology for chemistry and environment

Nano-structured catalysts

Biochip

DNA Arrays

Supra-molecular chemistry

Magneto-resistive devices

Nanoelectronics

Bio-molecular data processing

Nano-filtration

Nano-composites

Carbon nanotubes

Drug delivery

Nano-mechanical devices

Tool coatings

Colorants

Suspensions and inks

Organic electronics

Quantum dot LEDsand lasers

Energy

Energy storage

Photo-voltaic

Micro-nano implants

Bio-sensors

Molecular biology

Materials science

Nano-tribology

Supra-molecular self-assembly

Batteries

Bio-catalysis


Coordination Actions (CA)

Networks of Excellence

(NE)Integrated

Projects (IP)

Specific Targeted Research Projects (STREP)

Traditional projects“Stairways of excellence”

Specific Support Actions (SSA)

Instruments to implementthe thematic area and to ensure high

European impacts on selected technical and socio-economic issues

New Instruments

InstrumentsInstruments


• NMP 1: 260 M€ (NI); 140 M€ (TI)

• NMP-SME 1: 40 M€ (IP)

• NMP-IST 1: 25 M€ (NI); 10 M€ (CA, SSA)

• In total 21960 participants, 20% of all FP6

NMP - highest number of participations under FP6 in 2003 over all Thematic Priorites!

First CallFirst Callvery large participationvery large participation


Stage 1 evaluation:recommended the

77 best qualityproposals

Very high overall number of IP and NE proposals

Stage 1

406 proposals

about 6000 M€ requested 51 proposals above thresholds

for 788 M€ requested

260 M€ available forthis call...

Stage 2 evaluation:to recommend the order for funding

Stage 2

76 proposals about

1200 M€ requested

First CallFirst Call


IP & NE retained proposal by area



above thethresholds

Very high overall number of STREP, CA and SSA proposals

Stage 1

457 proposals

about 1083 M€ requested 57 STREP, 5 CA, 7 SSA

proposals

18 STREP in reserve list

to recommend the order for funding

125 STREP, 7 CA, 8 SSA proposals

for 350 M€ requested

140 M€ available



STREP retained proposal by area



expa

ndin

gkn

owle

dge

self-

asse

mbl

ing

mol

ecul

arm

echa

nism

s

inte

rfac

esbi

o/no

n bi

o

nano

tube

s

inst

rum

enta

tion

new

pro

dte

chno

l

tissu

een

gine

erin

g

mat

by

desig

n

sens

ors

= NoE = IP = STREP

Distribution per topics of the projects Distribution per topics of the projects which have passed the evaluation which have passed the evaluation --

First Call, Priority 3First Call, Priority 3


- Expanding the knowledge in size-dependent phenomena

-Self-organisation and self-assembling

-Interfaces between biological and non biological entities

- Engineering techniques for nanotubes and related systems

- Handling and control instrumentation at the level of single atoms or molecules and / or < 10 nm

- Nanoscale quantum simulations for nanostructures and advanced materials (NoE)

- Self-assembled semiconductor nanostructures for new devices in photonics and electronics (NoE)

- A network for bringing NANOtechnologies TO LIFE (NoE)

- Cell programing by nanoscaled devices (IP)

-Carbon nanotubes for applications in electronics, catalysis, composites and nanobiology

- Nanoanalysis using finely focused ion and electron beams (NoE)

- Emerging nanopatterning methods (IP)

First CallFirst CallExamples Examples -- projects under negotiationprojects under negotiation


IntInt

ProdProd

NanoNano MatMat

Coatings

Porous materials

Safety, health

Functional Intelligent Materials

Agro-Bio-Mats

From interfaces to tissue engineering

Nano- fundamentals

Electronics

Medical systems

Industrial machinery

Robotics

Sensing / diagnosis / imaging

Micro-nano-manufacturing

P&P

Instrumentation

Materials by designNanotubes

Composites

Material processing

Chemical technologies

Nano-particles

Textile

production machinery

Biotech

Nano-materials

Hard alloys

Nano-bio

Moulds & diesOrganisation

ISTIST

ENVENV

First CallFirst Call: : CoverageCoverageEC funding: ~475 M€ Nano-field: ~260 M€

5 IP, 8 NoE, 65 STREPS


• Good response, but high subscription• Good S&T quality• Good coverage of topics• Need for more industrial participation, however

very good SME participation• Need for selective use of instruments and

increased concentration of topics• Networks of excellence, not always

understood; need for better information• Two stage procedure to be simplified• Need for better training of coordinators as well

as experts; importance of NCPs

First CallFirst CallLessons learntLessons learnt


Call Code Instrument Deadline BudgetFP6-2003-NMP-NI-3 IP and NE March 2, 2004 245 M€

June 22, 2004

FP6-2003-NMP-TI-3 STREP, CA, SSA May 12, 2004 105 M€

FP6-2003-NMP-SME-3 IP for SMEs March 2, 2004 80 M€June 22, 2004

FP6-2003-NMP-STEEL-3 IP March 17, 2004 25 M€ (20 for P3)

FP6-2003-IST-NMP-3 IP,NE,STREP to be defined 180 M€ (90 for P3)

SecondSecond CallCallDeadlinesDeadlines


Estimation of number of projects to be selected

No. of topics covered

No. of topics covered

15 14 15 2518 15 3 316 57 12 5013 6 6 44 8 5 61 7 40 M€ 2 15 80 M€

475M€ 545M€(a) including the joint calls

285 M€ (a) 340 M€ (a)

150 M€ (a) 125 M€ (a)

2003 2004

CASSA

IP SMEs

Instruments

IPNE

STREP

SecondSecond CallCall


• Simpler, shorter “Stage 1”: Incomplete outline

IP NERelevance to call Relevance to callPotential Impact Potential ImpactS/T excellence

Threshold :12/15 8/1020 pages strict maximum

• Go/No-go after “Stage 1”; Full proposal in “Stage 2”

NMP calls in 2004NMP calls in 2004

What’s new? - (i) Revision of 2-stage

submission and evaluation procedure


• More emphasis on industrial participation• Selective use of instruments (usually only one

single instrument per topic) • More topics addressed by IPs than by NE • Higher integration of topics (see Area 4)• Emphasis on integration and multidisciplinarity

WP 2004 and next callsWP 2004 and next calls

What’s new? - (ii)


Focus on 9 topics:• Self-organisation and self-assembling (STREP)• Molecular motors (STREP)• Expanding knowledge in size-dependent phenomena (SSA)• New knowledge on interfaces for new applications (STREP)• Nanostructured surfaces (IP)• Industrially relevant production of nanoparticles (IP)• Characterisation/ manipulation, devices & techniques (STREP)• Impact on human health and environment (SSA; CA)• Ethical, legal, social aspects of research

in nanotechnology (SSA)

AREA 1: AREA 1: Nanosciences and Nanotechnologies

SecondSecond Call: TopicsCall: Topics


Focus on 10 topics:• Understanding materials phenomena (NE, CA) • Modelling and design of multifunctional materials (STREP)• Materials processing by radically innovative techn. (STREP)• Development of nanostructured materials (IP)• “Intelligent” biomaterials for tissue repair / regeneration (STREP)• Tribology-related surface eng. for multifunctional materials (IP)• Bio-inspired and Organic/Inorganic Hybrid materials (STREP)• Higher perf. multi-materials for macro-scale applications (IP)• Measurement and testing of new multifunctional materials (CA)• Mapping and foresight activities (SSA)

AREA 2: AREA 2: KB multifunctional materials



Focus on 7 topics:• User-friendly prod. technologies, factory of the future (IP, CA)• New prod. technologies for high added value products,

exploiting nanoscale precision engineering techniques (IP)• Support to the dev. of new KB added value products / services

in traditional less RTD intensive industries (IP for SMEs)• Hazard reduction in production plant and storage sites (IP)• Support to the development of new KB and sustainable

processes and eco-innovation (IP for SMEs) • Safety, environmental technologies for ind. production (STREP)• Increasing "user awareness" for sust. consumption (CA, SSA)

AREA 3: AREA 3: New Production Processes / Devices



Integrated Projects (IP) for• Human-friendly, safe and efficient construction, • New generation of multifunctional materials and technologies

for surface transport, • Mastering chemicals and creating new eco-efficient processes

and synthesis routes (NE also)• Also, coordination across Member States (MS) and Candidate

Countries (ACC) with National Contact Points (NCPs) (CA)

AREA 4AREA 4 (NEW FOCUS)(NEW FOCUS) : : Integration for improved construction,

chemicals, surface transport



SecondSecond CallCallArea 5 (New):Area 5 (New): CrossCross--priorities activities priorities activities

and link to other research topicsand link to other research topics

Joint/coordinated with Research Fund for Coal and Steel:

• Very low CO2 and GHG steel production processes (IP)

AREA 6:AREA 6: Co-ordination activities in an enlarged Europe (CA)


FutureFuture CallsCalls

Joint/coordinated with IST (Priority 2):• Integrating technologies for the fast and flexible manufacturing enterprise (IP, STREP, SSA)• Bio-sensing systems for health (IP, STREP, SSA)• Nano-Photonic / Nano-Electronic Devices (IP, STREP, SSA)

Joint/coordinated with Priority 6 (Energy): under discussion• Fuel cells• Hydrogen production• Hydrogen storage

Other joint/coordinated calls are also under discussion

3rd Call: to be define. 2005


For more information on EC funded research (RTD)…For more information on EC funded research (RTD)…

InstrumentsInstrumentswww.cordis.lu/fp6/instruments.htm

General information EC researchGeneral information EC researchwww.Cordis.lu/fp6/europa.eu.int/comm/research/Thematic Priority 3 Thematic Priority 3 -- NMPNMPwww.cordis.lu/fp6/nmp.htmNanosciencesNanosciences & Nanotechnology& Nanotechnologywww.cordis.lu/nanotechnologyCallsCallswww.cordis.lu/fp6/calls.cfm

Date post:	19-Apr-2018
Category:	Documents
Upload:	nguyentuyen
View:	216 times
Download:	2 times

Research on Nanosciences and Nanotechnologies within “NMP ... Luis... · Research on Nanosciences...

Documents