Innovation in Government? Collaborative Research is Critical to Fuel Breakthroughs
This week I had the opportunity to meet with a research group from the University of Tokyo visiting California to explore the role of technology for intelligent cities of the future. I prepared for this meeting with a discussion with colleage Dr. Norm Jacknis concerning his collaboration with government leaders and university researchers who are delving deeply into the impact of the Internet on government, politics, and society.
Three takeaways were clear from these conversations:
1. Critical importance of collaborative research across expertise domains, geographies, and public and private sectors
2. Capability to harness the explosion of information or big data deluge that is being fueled by mobile devices connected to the intelligent network
3. An optimistic point of view about potential for research applications, and I’m an optimist!
Next month, Cisco is hosting a live webcast with Dr. Martin Chalfie, 2008 Nobel Prize Laureate in Chemistry Fueling Innovation: How Research is Really Done (February 29, 2012 at 9:00 am Pacific Time / 12:00 pm Eastern Time).
This webcast will explore how the fruits of basic research are critical to fueling applications. Dr. Chalfie will give examples from his own research developing Green Fluorescent Protein (GFP) as a biological marker, as well as from work by others, to demonstrate that the application of basic research into fundamental problems in biology is important for its own sake and, fuels the development of various new applications.
While research is typically focused on one industry, great discoveries generally provide value for multiple industries.
Dr. Chalfie is a Professor of Biological Sciences and former chair of the Department of Biological Sciences at Columbia University. In 2008 he shared the Nobel Prize in Chemistry with Osamu Shimomura and Roger Tsien for his introduction of GFP as a biological marker.Tags: