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Biochemical Security 2030 Towards improved Science-based multilevel governance Project introduction and update First project meeting 30/10/13

Biochemical Security 2030

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Biochemical Security 2030 . Towards improved S cience-based m ultilevel governance Project introduction and update First project m eeting 30/10/13. Project Focus. How to close the gap between advances in S&T and existing governance capacities in Chemical and Biological Weapons regimes? - PowerPoint PPT Presentation

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Page 1: Biochemical  Security  2030

Biochemical Security 2030 Towards improved Science-based multilevel governance

Project introduction and updateFirst project meeting 30/10/13

Page 2: Biochemical  Security  2030

Project Focus

Page 3: Biochemical  Security  2030

How to close the gap between advances in S&T and existing governance capacities in Chemical and Biological Weapons regimes?

An issue of calibration and capacity?

Page 4: Biochemical  Security  2030

1.How do CBW regimes currently identify and address S&T risk

2. Assumed Trajectories of three key S&T areas – synthetic biology, neuroscience,and nanotechnology, including targeted drug delivery.

3. Are new areas of S&T generating new governance structures- Consequence for CW regimes

4. How can international regimes better respond to these developments at international level

5. How feasible are UK regional security networks of public andprivate research institutions?

Page 5: Biochemical  Security  2030

Threshold concept• Thinking about the future S&T

challenges underpinned by several drivers:• Changing nature of warfare• Politics of CBW regimes• Two level changes in S&T

• Outputs• Underlying systems of Tech generation

(Kelle, Nixdorff, Dando 2012)

Page 6: Biochemical  Security  2030

Project Design

Page 7: Biochemical  Security  2030

Focus of analysisFields of S&T

Institutions

Policy Initiatives

CBW regime Issues

Politics

Page 8: Biochemical  Security  2030

Project Design (Stream 1)

Empirical Research Outputs

Policy MaterialAcademic PublicationsOnline Presence

S&T

Governance

Knowledge Generation

Page 9: Biochemical  Security  2030

Project Design (Stream 2)

Local level Assessment and Networking Feasibility Study

Page 10: Biochemical  Security  2030

Project Progress

• 5 Briefing papers currently being drafted (12 in total)

• Website and Twitter are live

Biochemsec2030.org

@biochemsec2030

Page 11: Biochemical  Security  2030

Synthetic Biology: Example Case Study- What are the issues, how have they emerged?

- Gene-synthesis, diffusion and deskilling dynamics

- Which institutions are key in identifying and responding to biosafety concerns

- Government/Biosafety/ Scientific Community

- Life and death of policy initiatives? - When policy outpaces institutions, sustainability

- What has been ‘learnt’ from experiences related to Synthetic Biology?- Policy Communities/ Scientific Communities/ Institutional Capacities

Page 12: Biochemical  Security  2030

Key Questions for this meeting

- Key themes/ Lines of Enquiry

- Focus, timelines and targets of policy 0utputs - Briefing papers?- Monographs?- Edited series?

- How can future meetings be useful to you?