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…have encouraged public R&D investments Source: PCAST (2005) 5/13/2008 21 Typical life-cycle of emerging technology areas Degree of deployment potential Installation period Diffusion within or against existing paradigm. Entrepreneurship and huge R&D investments …usually followed by financial bubbles and backlash. Biotech Nanotech Turning point ICT Source: adapted from Perez (2002) Technological revolutions and financial capital Deployment period Embedded in most spheres of society within an existing, or as a new, paradigm. Incumbent companies take over through investments in production. Time 148 Could nano really become a next general purpose technology (GPT)? “A GPT is a technology that initially has much scope for improvement and eventually comes to be widely used, to have many uses, and to have many and strong innovation complementarities” Prominent examples: steam engine, electricity, microelectronics (ICT) Source: Helpman (1998), Lipsey et al. (2005) etc. 5/13/2008 Challenges and the need for coordinated policies 5/13/2008 24 22
Major challenges ahead…! Definitional and measurement problems: lack of reliable and comparable indicators and statistics Are new policies, partnerships, business models and environments required? What is truly new and specific to nanotechnology? Environment, health and safety concerns Ethical, legal and societal issues : public perceptions? (compare with ICT and biotech) 5/13/2008 ( ) The Working Party on Nanotechnology 25 5/13/2008 26 27 149 5/13/2008 Vision statement “The objective of the WPN is to advise on emerging policy-relevant issues in science, technology, and innovation related to the responsible development of nanotechnology” 28
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Report ________________________ Thi
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TABLE OF CONTENTS 1. FOREWORD......
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The final aim of this dialogue is t
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• Enabling means, debating the pr
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17:10 Debate: How to achieve a mean
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Since the first International Dialo
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First International Dialogue on Res
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The role of the International Dialo
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SPECIAL LECTURE The new Russian pro
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Russian Research Centre Kurchatov I
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Nanotechnology Russian Research Cen
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EXAMPLES OF THE FINAL PRODUCTS OF N
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30 2. Moving of the monomolecular l
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32 4. Moving of the next layers
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ASTRID MAX S.-Petersburg Gatchina D
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AN UNIQUE EXPERIMENTAL BASE AND COM
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PLENARY SESSION 1 NANOTECHNOLOGY GO
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~ 2000 Perceived Higher Risks Areas
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African colleagues, elaborated on a
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I do believe that the International
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assessment, and to rely on database
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Giving this panel the responsibilit
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Dear colleagues, most of you have m
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Expert Consultation - Objectives (D
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Intergovernmental Forum on Chemical
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Contributing to the 2020 Goal Inter
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ROUND TABLE “WHERE SYNERGY CAN BE
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Dialogue on Responsible Research an
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The same results and recommendation
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Establishment of ICS research and t
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WHO-EU Project on “ENHANCED POLIC
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ROUND TABLE 2 CODES OF CONDUCTS Eur
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3- Why a Code of Conduct for Respon
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4- The Code of Conduct (VI) ACTIONS
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COMMISSION RECOMMENDATION of 07/02/
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2. That Member States endeavour to
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Naturally occurring nano-objects ar
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4.1.5 Given its potential, Member S
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Page 106 and 107: A Code of Conduct - Why? Large inno
Page 108 and 109: Thank you for your attention! Zinc
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Page 114 and 115: Period Era Impact Results 1920’s
Page 116 and 117: Objectives To explore appropriate a
Page 118 and 119: NANOTECHNOLOGY, OPPORTUNITY FOR DEV
Page 120 and 121: State of the art on Nanotechnology
Page 122 and 123: Corredor de Puertos Interiores en l
Page 124 and 125: Tab. 12 - Flujo de Caja Neto de las
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Page 128 and 129: Climate Change Education Culture &
Page 130 and 131: India Visit : 2- 6 April 2007 • 6
Page 132 and 133: Nanotoxicity Studies Risk Assessme
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Page 136 and 137: Argentinean-Brazilian Argentinean B
Page 138 and 139: Thank you for your attention! alama
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Page 142 and 143: Outer Liaison ANF Nano-standardizat
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Page 146 and 147: 13 Project 7: Alternative Methods i
Page 150 and 151: The WPN WPN established by the CSTP
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Page 154 and 155: There are over 560 ISO standards an
Page 156 and 157: International Organization for Stan
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Page 162 and 163: TC 229 Current work programme - WG3
Page 164 and 165: PD 6699-2 Why standards for nanotec
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Page 168 and 169: Y01N Label Y01N2 Y01N4 Y01N6 Y01N8
Page 170 and 171: Years 2000 2005 Miniaturisation 10n
Page 172 and 173: Thank you for your attention! nano@
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Page 178 and 179: GERMANY: the more you know, the les
Page 180 and 181: Organizations for Nanotechnology Go
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Page 184 and 185: Market expectations & unfolding Nan
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Governmental Nanotechnology Policy
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Working with International Communit
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Existing Governmental Regulations i
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Involvements of International Stand
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Sub conferences: nanoscale materia
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Information - transparency - opinio
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3 Risk Governance Model (White Pape
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EXCHANGING WITH THIS PUBLIC In add
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TITANIUM DIOXIDE NANOPIGMENT AS DEL
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The UK Nanotechnology Engagement Gr
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NEG … one year on Planned action
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In 2006 NANOMAT was one of the part
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European Commission DG Environment
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