XPRIZE Think Tank Meeting April 26
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This document discusses various emerging technologies and their applications. It is organized into 8 sections that cover areas such as healthcare using 3D printing of organs, manufacturing using robotics and automation, telepresence using virtual and augmented reality devices, biohacking via genetic engineering, the internet of things, vehicles that drive autonomously, expanding into space, and a shifting economy with more temporary and sharing-based work. The document provides an overview of technological advances and how they may change different aspects of life and work.
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XPRIZE Think Tank Meeting April 26
- 1. XPRIZETHINK TANK HO CHI MINH CITY MEETINGby Viet Anh
- 2. XPRIZETHINK TANK HO CHI MINH CITY MEETINGby Viet Anh
- 3. 1. My motivation 2. Your motivation 3. Technological singularity 4. Discussion 5. My project 6. Discussion
- 4. 2002 – 2003: Math
- 5. 2003 – 2006: Programming 2002 – 2003: Math
- 6. 2007 – 2008: Business, Economics 2003 – 2006: Programming
- 7. 2009 – 2010: Climate Change 2007 – 2008: Business, Economics
- 8. 2011 – 2013: Politics, Physics, Evolution, History, Religion, War, Weapon, Sci-fi, Writing, Singularity 2009 – 2010: Climate Change
- 9. 2011 – 2013: Politics, Physics, Evolution, History, Religion, War, Weapon, Sci-fi, Writing, Singularity 2009 – 2010: Climate Change
- 10. 2014 – present: Singularity, Knowledge Mapping 2011 – 2013: Politics, Physics, Evolution, History, Religion, War, Weapon, Sci-fi, Writing, Singularity
- 11. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer TECHNOLOGICAL LANDSCAPE
- 12. Singularity
- 13. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 1. HEALTHCARE
- 14. 1. HEALTHCARE Quantified Self Medical Uber Telemedicine Medical Tourism for surgery Drug-Device Printing
- 15. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 2. MANUFACTURING
- 16. 2. MANUFACTURING The line between conventional robotics and intelligent everyday devices will become increasingly blurred. Nearly every aspect of global society could become instrumented, networked, and potentially available for control via the Internet, in a hierarchy of cyber-physical systems.
- 17. Management (intangible) Code (tangible) Employee training Scriptable machine images Architectural diagrams Assembly line configurations Internal memos Message passing protocols Everything is recorded in git logs and database entries Manager ~ Worker Factory ~ Datacenter NO Human NO Hourly restrictions Minimum wage Collective bargaining Union OSHA 2. MANUFACTURING
- 18. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 3. TELEPRESENCE
- 19. 3. TELEPRESENCE VIRTUIX OMNI (3D Treadmill) PETMAN (BOSTON DYNAMICS) MYO
- 20. 3. TELEPRESENCE VIRTUIX OMNI (3D Treadmill) OCULUS RIFT PETMAN (BOSTON DYNAMICS) GOOGLE GLASS MYO
- 21. 3. TELEPRESENCE VIRTUIX OMNI (3D Treadmill) OCULUS RIFT DOUBLE ROBOTICS PETMAN (BOSTON DYNAMICS) GOOGLE GLASS MYO SPIDERSENSESPIDERSENSE
- 22. 3. TELEPRESENCE
- 23. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 4. BIOHACKING
- 24. 1. Hair strand 2. Genome sequencing 3. Request at viral-design site; disguised as vaccine Online bio-marketplace 4. Synthesis company: 5,984-base-pair blueprint genetic material 5. Package of 10mg, fast-dissolving microtablets, dropped in a FedEx envelope, handed to a courier, disguised as synthetic psychedelic 6. Viral particles crossed paths with cells containing a very specific DNA sequence, that would act as a molecular key to unlock secondary functions. This secondary sequence would trigger a fast-acting neuro-destructive disease that produced memory loss and, eventually, death. 4. BIOHACKING
- 25. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 5. INTERNET OF THINGS (IoT)
- 26. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 6. VEHICLES
- 27. 6. VEHICLES
- 28. 6. VEHICLES Chevrolet FNR by GM's Pan Asia Technical Automotive Center at 2015 Shanghai Auto Show: 1. Roof-mounted sensors that map out the car's environment 2. Gesture control system 3. Power comes from a set of magnetic hubless wheel electric motors. 4. Wireless auto-charging system 5. Intelligent personal- assistance function to plan routes
- 29. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 7. SPACE
- 30. Falcon 9 LANDING on its platform floating offshore in the Atlantic Ocean 7. SPACE
- 31. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 8. FLUID ECONOMY
- 32. 8. FLUID ECONOMY A cog in the machine
- 33. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 9. COMPUTING
- 34. Supercomputer TH-2 as of June 2014 (33.86 petaflops) is already 3.386 times faster the speed needed to simulate a human brain at molecular level (10 petaflops). By 2023 a $1,000 laptop would have the computing power and storage capacity of a human brain. (Ray Kurzweil) 9. COMPUTING D-Wave refrigerator to cool the Vesuvius chip to 0.02 degrees above absolute zero
- 35. SynBio Robotics Drone (UAV) Bitcoin Hacking- Security Cloud Robotics Brain- Computer -Brain Interface AI 3D Chip Stem Cell- Regeneration Nanotec hnology Big Data Zero- G Nuclear Energy Virtual Reality EngineQuantified Self Implant- Transplant- Prosthetics Neuroscience Genomics Robotic Surgery Exoskeleton Genetics Cognitive- Physical Augmentation Genetic Medicine Biotech Optical Computer Bioinformatics Bio- Molecular Computer Cryptology Biomanu facturing Algorithms Airbnb, Uber, etc. Crowd- funding 3D Printing Drug- Device- Tissue- Organ Printing Sensor Nano- robotics Weapon Printing Meta- materials Electricity Fuel- Battery Electronics Directed -energy Weapon Quantum Computer 10. MILITARY
- 36. 10. MILITARY Taste good Sequence it Look cute Sequence it
- 37. 10. MILITARY Preparing for War in the Robotic Age by Center for a New American Security
- 39. FOR MORE INFORMATION www.singularityhub.com https://www.facebook.com/businessinsider https://www.facebook.com/IFeakingLoveScience https://www.facebook.com/physorg Preparing for War in the Robotic Age http://www.cnas.org/sites/default/files/publications- pdf/CNAS_20YY_WorkBrimley.pdf Policy Challenges of Accelerating Technological Change: Security Policy and Strategy Implications of Parallel Scientific Revolutions http://ctnsp.dodlive.mil/files/2014/09/DTP106.pdf Game Changers Disruptive Technology and U.S. Defense Strategy http://www.cnas.org/files/documents/publications/CNAS_Gamechang ers_BrimleyFitzGeraldSayler_0.pdf
- 40. XPRIZE THINK TANK Three modes of collaboration: 1. THERE 2. WITH THERE 3. HERE
- 41. www.quora.com forum.xprize.org https://www.coursera.org/course/startup https://novoed.com/venture1-2015-1 https://herox.com/ Singularity University Transdisciplinary Innovation at Hebrew University Draper University Starting Bloc Institute Significance Labs Solve for {s} Fellowship The DO School Institute for the Future "Future for Good" Fellowship Program THNK in Amsterdam Global Social Benefit Institute Accelerator at Santa Clara University Unreasonable Institute Echoing Green Global Fellowship XPRIZE THINK TANK
- 46. Convection Law
- 47. Persuade “Not sure if…” “Who’s correct?” “When this, when that?” “A” “B”
- 48. Planning Avert disaster x 5 Survive China invasion x 2 Earn money x 10 What to wear/eat today x 0.1
- 49. Scope ME YOU
Editor's Notes
- Nuclear physics and medicine, neuroscience and computer, robotics and biology Technological fields have matured to the point they touch each other’s boundaries biophysics, math-physics, nuclear medicine, genetic med, nanobio, cloud robotics