Talk for the 8th World Conference of Scientific Youth, head in Lima, Peru.

1. Future Ways of Doing Science
Jerome C. Glenn, CEO
The Millennium Project
8th World Conference of Scientific Youth
Lima, Peru

2. Science is a way of knowing (an
epistemology).
I cannot know the future of knowledge
But can know potential new ways of doing
science, than can accelerate it.

3. Computational Science
Computational biology
Computational Chemistry
Computational
Physics
Saves lab costs
saves animal lives
saves time, and
grind computer creates
super computers at no cost

4. Artificial Intelligence Will Change Science
Artificial Intelligence
1. Artificial Narrow Intelligence
2. Artificial General Intelligence
3. Artificial Super Intelligence

5. When this
begins to
happen, the
speed of
increasing AI’s
intelligence will
be far faster
and produce
more change
than Moore’s
Law
by responding to feedback from
sensor networks worldwide,
will accelerate AI’s intelligence
worldwide… moment by moment
Artificial General Intelligence … that can
autonomously “write” and improve its code…

6. These three together will change the
speed new of scientific knowledge
Artificial
Intelligence
Moore’s
Law
Computational
Science

7. Increasing Intelligence:
both Individual and Collective Intelligence
EU, US, China
Human Brain
Projects; Google
& IBM artificial
brain projects
Human Intelligence is also
a factor in doing science

8. Steve Jobs and Bill Gates 1991
By 2030 billions of people
could be augmented
geniuses, and what could
they create?

9. International S&T Organization (ISTO)
as Collective Intelligence
• Not a bureaucracy but a collective intelligence system for
the world
• The management of ideas, research, scientists, AI
systems
• Available to all, with procedures for participation and
review
• An example of a collective intelligence system for futures
research is the Global Futures Intelligence System at
www.themp.org

10. Old Way of Exploring Future
Applied Science and Technologies
Artificial
Intelligence
Robotic
manufacturing
Computational Science
3-D4-D Priting
Nanotechnology
Quantum computing
Synthetic Biology
Drones
Artificial General
Intelligence
Tele-Everything &
Tele-Everybody
the SemanticWeb

11. Future Way of Seeing Applied Science
Technologies - Integration/Synergies

12. Future Synergies
Robotic
manufacturing
Drones
Quantum
computing
Robotic
manufacturing
3D，4D Printing
Augmented Reality
Tele-Presence,
Holographics
Nanotechnology
Artificial General
Intelligence
Tele-Everything
Tele-Everybody
the SemanticWeb
Increasing
individual and
collective
intelligence
Synthetic Biology
Nanotechnology

13. Future Synergies
Artificial
Intelligence
Robotic
manufacturing
Quantum
computing
Drones
Future
Technology
Robotic
manufacturing
3D，4D Printing
Augmented Reality,
Tele-Presence,
Holographics

14. If Then Nano-
technology
Synthetic
Biology
Artificial
Intelligence
Robotics 3-D Printing Augmented
Reality
Nano-
technology xxx
Synthetic
Biology xxx
Artificial
Intelligence xxx
Robotics
xxx
3-D Printing
xxx
Augmented
Reality xxx
Applied Science Explorations Matrix

15. IoT AI Contact Lens – always in VR, AR,
Mixed Reality, reinforcing CURIOSITY
Hands-free, phone free,
laptop free, AI-human
symbiosis

16. Will STEM Education (S&T, Engineering,
Mathematics) Make a Difference?
After 2030 as AI
learns how to learn
in general,
simultaneously
and world/wide?

19. For further information
Jerome C. Glenn
+1-202-686-5179 phone/fax
Jerome.Glenn@Millennium-Project.org
www.StateoftheFuture.org
Global Futures Intelligence System:
http://millennium-project.org/millennium/GFIS.html
2015-16 State of the Future:
http://millennium-project.org/millennium/201516SOF.html
Futures Research Methodology 3.0:
http://millennium-project.org/millennium/FRM-V3.html