The Uses and Risks of Open Innovation
OVERVIEW: Current approaches to open innovation can be characterized in two general categories: open-boundary innovation and open-source innovation. Open-boundary innovation is designed to source new technology and concepts broadly without surrendering control of the innovation process, while open-source innovation is a more radical model that challenges fundamental assumptions about the nature of the corporation. The appropriate corporate response to open-source innovation is difficult to define, as the risks are unknown. However, as open-source movements gather steam, corporate innovators will need to consider whether and how to approach open-source innovation.
A Path to Collaborative Innovation Through Internal Boundary Breaking
OVERVIEW: This paper describes LG Chem Research Park’s process of transforming a large, closed R&D center into a collaborative organization. Experiments with open innovation intermediaries unveiled internal boundaries, both formal and informal. That experience led the organization’s leadership team to seek ways to “unfreeze” the organizational culture. The internal application of open innovation tools broke down formal boundaries between individuals and teams. Informal communities allowed researchers to build relationships, thereby breaking informal boundaries. Easing researchers’ anxieties about collaboration, and then building researchers’ trust, in others and in the organization’s commitment to collaboration, were crucial cultural shifts. The transition process at LG Chem Research Park can serve as a model to guide R&D organizations seeking to broaden internal collaboration and move toward deeper open innovation.
Degradable polymers : principles and applications
1. Why Biodegradable Polymers? G. Scott. 2. An Overview of Biodegradable Polymers and Biodegradation of Polymers S.H. Huang. 3. Degradation and Stabilization of Carbon-Chain Polymers G. Scott. 4. Techniques and Methods of Polymer Degradation S. Karlsson, A.-C. Albertsson. 5. Biodegradation of Aliphatic Polyesters Suming Li, M. Vert. 6. Starch-Polymer Composites C. Bastioli. 7. Polymers from Renewable Sources E. Chiellini, et al. 8. Sustainable Poly(Hydroxyalkanoate) (PHA) Production G. Braunegg. 9. Polyhydroxyalkanoates: Properties and Modification for High Volume Application I. Chodak. 10. Biodegradable Polymers in Medicine E Piskin. 11. Environmentally Biodegradable Water-Soluble Polymers G. Swift. 12. Plastics and the Environment J. Guillet. 13. Degradable Hydrocarbon Polymers in Waste and Litter Control G. Scott, D.M. Wiles. Subject Index.