Nanotech 101 For Investors
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How to teach investors to make money and save the world using nanotech in 20 minutes
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Mehr von Tim Harper
Nanotech 101 For Investors
- 2. Nanotechnology? Why Small is Having a Big Impact Tim Harper Cientifica Ltd
- 3. What Do I Know? 2
- 4. What Do I Know? 2
- 5. What Do I Know? • Former Engineer at European Space Agency 2
- 6. What Do I Know? • Former Engineer at European Space Agency • Serial Entrepreneur 2
- 7. What Do I Know? • Former Engineer at European Space Agency • Serial Entrepreneur • Chair / Chief Advisor of Several National Funding Bodies 2
- 8. What Do I Know? • Former Engineer at European Space Agency • Serial Entrepreneur • Chair / Chief Advisor of Several National Funding Bodies • World Economic Forum Emerging Technologies Council / Tech Pioneers 2
- 9. What Do I Know? • Former Engineer at European Space Agency • Serial Entrepreneur • Chair / Chief Advisor of Several National Funding Bodies • World Economic Forum Emerging Technologies Council / Tech Pioneers • Advise Governments & Private Clients 2
- 15. 5000 Years of Science 7
- 16. 5000 Years of Science • We have been observing the world for 5000 years 7
- 17. 5000 Years of Science • We have been observing the world for 5000 years • Significantly changing it for 100 years 7
- 18. 5000 Years of Science • We have been observing the world for 5000 years • Significantly changing it for 100 years • Understanding our actions for 20 years 7
- 19. Materials Have Shaped Our Culture & Economy 10,000 BC 1000 BC 0 1800 1900’s 2000 2010 Stone & Wood Iron Cement Steel Synthetic Biology Polymers Composites Nanotechnology Adapted from Herrmann, W. Chem. Eng. Technol. 21(7), 549 (1998) 8
- 20. Control Over Materials Materials Have Always Been Vital to Humanity • Clothing, • Heating, hunting tools • Coal, iron, oil, copper • Semiconductors • Satellites 9
- 21. Control Over Materials 9
- 22. Science Enables New Technologies Complexity 1650 1950 2050 10
- 23. Science Enables New Technologies Complexity 1650 1950 2050 10
- 24. Science Enables New Technologies Complexity 1650 1950 2050 10
- 25. Science Enables New Technologies Complexity 1650 1950 2050 10
- 26. Science Enables New Technologies Complexity 1650 1950 2050 10
- 27. Science Enables New Technologies Complexity Semiconductors 1650 1950 2050 10
- 28. Science Enables New Technologies Complexity Biotechnology Semiconductors 1650 1950 2050 10
- 29. Science Enables New Technologies Nanotechnologies Complexity Biotechnology Semiconductors 1650 1950 2050 10
- 30. Science Enables New Technologies Synthetic Biology Nanotechnologies Complexity Biotechnology Semiconductors 1650 1950 2050 10
- 31. Science Enables New Technologies Geoengineering? Synthetic Biology Nanotechnologies Complexity Biotechnology Semiconductors 1650 1950 2050 10
- 32. Science Enables New Technologies Geoengineering? Synthetic Biology Nanotechnologies Complexity Biotechnology Control Semiconductors 1650 1950 2050 10
- 33. 10 Years of Nanotech 11
- 34. 10 Years of Nanotech Household Cleaners Sporting Equipment Food Displays Drug Delivery Insulation Paints Sunscreen Water Treatment Construction Cosmetics Lighting Filtration Anti Corrosion Data Storage Textiles Computer Memory Coatings Catalysis Tissue Engineering 11
- 35. 10 Years of Nanotech 11
- 37. Government $68Bn
- 38. Government $68Bn Private $183Bn
- 40. $250 Billion
- 41. “Anyone talking about trillion dollar markets, thousands of start-ups and billions of dollars of VC money is missing the point of nanotechnology. ...most of the effects will not be called nano, and they will be off the radar of most nano pundits & gurus" - Tim Harper 2003
- 42. Nanotechnology&Market&Evolu;on&2006?15& 1,600,000% 1,400,000% 1,200,000% Value&(US$&Million)& 1,000,000% Aero+Defence% Automo:ve% 800,000% Chemicals% General% 600,000% Food% Healthcare% 400,000% 200,000% 0% 2005% 2006% 2007% 2008% 2009% 2010% 2011% 2012% 2013% 2014% 2015% 2016% !200,000% Year&
- 43. Nanotechnology&Market&Evolu;on&2006?15& 1,600,000% 1,400,000% 1,200,000% Value&(US$&Million)& 1,000,000% Aero+Defence% Automo:ve% 800,000% Chemicals% General% 600,000% Food% Healthcare% 400,000% 200,000% 0% 2005% 2006% 2007% 2008% 2009% 2010% 2011% 2012% 2013% 2014% 2015% 2016% !200,000% Year&
- 45. Building From The Bottom Up
- 48. Genome contains 3.2Bn base pairs
- 49. Genome contains 3.2Bn base pairs 20-25,000 distinct genes encoded by 2 bits (CGAT)
- 50. Genome contains 3.2Bn base pairs 20-25,000 distinct genes encoded by 2 bits (CGAT) 800 Mb
- 51. Genome contains 3.2Bn base pairs 20-25,000 distinct genes encoded by 2 bits (CGAT) 800 Mb
- 52. Genome contains 3.2Bn base pairs 20-25,000 distinct genes encoded by 2 bits (CGAT) 1.3Gb 800 Mb
- 54. Using only chitin nature creates something • strong & resilient • breathable • waterproof and • creates colour through structure
- 55. Nature uses a few polymers chitin, cellulose, starch, protein, nucleic acid We use thousands, many oil based, to achieve the same properties
- 62. Drug Delivery
- 64. Even Textiles
- 72. Nanotech + Biotech + IT ???????
- 73. Longest Published DNA Sequence Synthetic Biology Source: Rob Carlson synthesis.cc 33
- 74. A Lot Like Moore’s Law 34
- 76. Is It Just Smaller Faster Better Stuff?
- 82. Addressing the Challenge Sustained & responsible technology innovation is the only way that the world has supported six billion people and will continue to sustain 9 billion people by 2050. ‣ WEF Global Agenda Council on Emerging Technologies
- 83. Is It Possible?
- 90. New & Sustainable Investment Models Required?
- 91. Profiting From The Challenge
- 92. Profiting From The Challenge • Sustainability is on everyones agenda now
- 93. Profiting From The Challenge • Sustainability is on everyones agenda now • Increasing regulatory pressure
- 94. Profiting From The Challenge • Sustainability is on everyones agenda now • Increasing regulatory pressure • Nano/bio/IT convergence is a once a century opportunity
- 95. Finally 43
- 96. Finally Nanotechnologies and biosciences will be as important to the 21st Century as oil, polymers and semiconductors were to the 20th Century 43
- 97. Finally Nanotechnologies and biosciences will be as important to the 21st Century as oil, polymers and semiconductors were to the 20th Century We have the tools, lets use them wisely 43
- 98. tim.harper@cientifica.com Twitter: @tim_harper