Luiz Marcio Spinosa, University of California Berkeley (USA) and Pontifical Catholic University of Parana (BR) (*email address protected*)
Christiane Gebhardt, Malik Institute St Gallen, Switzerland (*email address protected*)
We encourage the participation of representatives and researchers of National Innovation Systems (NIS) to introduce their current studies and reports. We are particularly interested in provide answers to some basic questions: Are we facing a new generation of National Innovation Systems? What changes are occurring in public innovation polices in different countries? What is the role of the triple-helix on such new challenges?
Worldwide public policies have stimulated the creation of NIS as a way to promote the development of regions and countries eager to be involved in a global innovation economy. NIS are a kind of system that evolves, can be enabled or worked with and, most of the time, cannot be entirely designed or controlled. This track is dedicated to understand new challenges that have pushing the evolution of the NIS, such as:
(i) the innovation ecosystems, advocating more dynamics, organic relationships and behaviour of independent actors, having self-organizing forces from government, industry, policies and other streams forming them
(ii) the global interconnected innovation systems, involving more active commercial transactions, dialogue and communications among transnational regions;
(iii) a closer relationship with regions and mainly urban areas in order to better cultivate a synergetic connection with the amenities of a city (or cities, or a region);
(iv) the 2030 Agenda for Sustainable Development adopted by world leaders in September 2015 at the United Nations;
(v) new innovation contexts and models, such as business- oriented, technology-oriented, cultural oriented, systemic-oriented, spontaneous-oriented, open-innovation oriented, start-up oriented, frugal innovation, reverse innovation, and so on.
Borras, S and Edquist, C. (2013) The choice of innovation policy instruments. Technological Forecasting and Social Change’. Vol 80, 1513-1522, 2013.
Engel, J. (2014) Global Clusters of Innovation – Entrepreneurial Engines of Economic Growth around the World’. Edited by J S Engel, University of California, Berkeley, US, 2014.
EC (2015). The Europe 2020 in a Nutshell. European Commission. (http://ec.europa.eu/europe2020/index_en.htm, accessed in Jan/2015).
Gebhardt, C. (2015) The Island of Bliss? University Technology Commercialization Practices in the Swiss Innovation System. In: University technology transfer: the globalization of academic innovation, edited by B M Shiri and H Etzkowitz (2015), Routledge London.
Hwang, V and Horowitt, G. (2012) The Rainforest: The Secret to Building the Next Silicon’. Published by Regenwald, Los Altos Hills, California (US).
UN (2016), (2015) Transforming Our World – The 2030 Agenda for Sustainable Development. United Nations, September, 2015.
- 1. ENTREPRENEURIAL UNIVERSITY AND ITS SOCIO-ECONOMIC IMPACT
- 2. ENTREPRENEURIAL UNIVERSITY AND REGIONAL INNOVATION SYSTEMS
- 3. SCIENCE PARKS AND INCUBATORS – NEW FRONTIERS
- 4. MEASURING SOCIAL AND ECONOMIC IMPACTS OF SCIENCE AND TECHNOLOGY PARKS
- 5. REGIONAL DIMENSIONS OF TRIPLE HELIX? CLUSTERS, CITIES AND GEOGRAPHIC BOUNDARIES
- 6. INNOVATION CLUSTERS AND CLUSTER INITIATIVES AS PRACTICAL IMPLEMENTATION OF TRIPLE HELIX COLLABORATION
- 7. BOOSTING INNOVATION AND GROWTH THROUGH UNIVERSITY-INDUSTRY CO-CREATION
- 8. INDIVIDUALS IN THE TRIPLE HELIX
- 9. BUSINESS LED TRIPLE HELIX AND THE NEW ROLE OF GOVERNMENT
- 10. THE IMPACT OF GLOBAL INFORMATION FLOWS ON TRIPLE HELIX INTERACTIONS UNIVERSITY-INDUSTRY INTERACTIONS
- 11. ARE WE FACING A NEW GENERATION OF NATIONAL INNOVATION SYSTEMS?
- 12. ADVANCING NEW MODELS AND TOOLS FOR KNOWLEDGE TRANSFER
- 13. THE TRIPLE HELIX MODEL AND KNOWLEDGE CREATION IN DEVELOPING COUNTRIES
- 14. TRIPLE HELIX: GENDER, ENTREPRENEURSHIP AND DIVERSITY
- 15. MEASURING THE STRENGTH OF THE TRIPLE HELIX
- 16. SCIENCE AND THE ART OF THE TRIPLE HELIX
- 17. TRIPLE HELIX AND ENTREPRENEURSHIP ECOSYSTEMS IN THE LIGHT OF COMPLEXITY AND EVOLUTIONARY ECOLOGY