Science Education: Themes for the Next 50 Years
•Transferir como PPTX, PDF•
1 gostou•540 visualizações
Anthony Townsend presentation to the MathScience Innovation Center in Richmond, VA, MAy 1, 2009
Recomendados
Mais conteúdo relacionado
Destaque
Destaque (19)
Semelhante a Science Education: Themes for the Next 50 Years
Semelhante a Science Education: Themes for the Next 50 Years (20)
Mais de Institute for the Future
Mais de Institute for the Future (20)
Último
Último (20)
Science Education: Themes for the Next 50 Years
- 1. Science Education:Themes for the Next 50 Years Anthony Townsend IResearch Director INSTITUTE FOR THE FUTUREMathScience Innovation Forum Richmond, Virginia May 1, 2009 © 2006, 2009 Institute for the Future. All rights reserved.
- 2. 2 where we started
- 3. 3 map 1.0
- 4. 4 map 2.0
- 5. 5 S&T horizon map: 2005–2055 insert final S&T map
- 6. Themes for the Next 50 Years Mathematical World Intentional Biology Transdisciplinarity The Extended Self Science In Place 6
- 8. 8 three waves of digital technology Source: Institute for the Future
- 10. 10 zillionics Unrelenting rivers of sensory data will flow day and night from zillions of sources. —Kevin Kelly
- 12. 12 math becomes invisible Painting by Andreas Gursky, 99 Cent, 1999 In 2050, 99% of computational cycles will be devoted to one task—grinding combinatorics. –Jim Herriot, the Bios Group
- 13. 13 simulation: new literacy Visuals Multimedia Tactile Auditory
- 15. 15 sensemaking the next curve: Source: Institute for the Future
- 17. 17 mother nature has a collaborator
- 18. 18 gene jockeying The costs of DNA sequencing and synthesizing are dropping Source: Carlson, Rob. Biosecurity and Bioterrorism: Biodefense Strategy, Practice, and Science Volume 1, Number 3, August 2003.
- 22. 22 nature’s nanotech Biology is the nanotechnology that works. —Tom Knight, MIT
- 23. 23 nanobiotechnology Source: Ron Fearing, UC Berkeley
- 27. 27 Source: http://www.hent.org/hent/hentnews/trans3.gif transdisciplinarity
- 29. 29 from cloistered specialists to global networks of innovation grid physics network
- 31. 31 new publishing forums
- 32. 32 extended self
- 33. 33 hacking our biology Ritalin abuse among u.s. teens, 2004 Source: University of Michigan Institute for Social Research
- 34. 34 hacking our biology
- 35. personal genome analysis 35
- 36. metabolomics 36
- 37. 37 embracing our cyborg selves Microsoft’s SenseCam
- 38. 38 jacking in
- 39. 39 extra sensory perception magnetic fingers
- 40. 40 the quantifed self
- 41. 41 science in place
- 42. 42 science 2.0: research meets the social web
- 45. Contract labs
- 46. IP shops
- 48. & more…From… Internal Centralized Corporate Labs 43
- 49. 44 innovation and learning happen anywhere
- 50. 45 but more of it is ad hoc f2f BioBarCamp @ IFTF
- 51. 46 future spaces: co-working La Cantine, Paris
- 52. 47 future spaces: disposable labs
- 53. 48 future spaces: MIT’s Stata Center
- 54. 49 K-12 in the regional knowledge ecosystem
- 55. Key Themes for the Next 50 Years Mathematical World Intentional Biology Transdisciplinarity The Extended Self Science In Place Full map and report available at http://tinyurl.com/iftf50 50
Notas do Editor
- We’re seeing an entire industry grow Biotechnology has not been a money maker. Gary pisano at harvard points out, its been a profitless business for the better part of its four decades. If you exclude Amgen, the biggest success it looks even worse.But we see the foundations of what this poster – created by a high critical watchdog group in Europe – calls “SYNDUSTRY”Include big pharma and chemical giants, but also starttups and a global industry of DNA foundries that are producing “designer DNA”
- Biological ideas are also going to work their way into many other fields – economic and public policyLess mechanistic, more ecological modelsstart to dominate our science-informed problem solving strategies and philosophies
- Tying this back to intentioanl biologyKnome in Cambridge, MA for $100,000 will sequence your individual genome
- Going forward – the science of metabolomics seeks to understand the way our bodies process the molecules that give us energy, remove waste and perform other useful life-sustaining functions.