PDF of slides (only; slides+notes separate and more detailed) for 2012 100YSS Conference in Houston TX. Session is a proposal for a type of very-long-term archive as habitat.
5. The Fermi Paradox and The Great Silence
Are we alone?
EXOPLANET TRANSIT / ESA / Illustration by AOES Medialab 2003
6. The Fermi Paradox and The Great Silence
Kepler and 0ther observations tell us that
there is no shortage of worlds to be
detected.
Billions of years for worlds to develop.
Radiant life or von Neumann probes would need < 1 million years.
Where are they?
This is the Fermi Paradox.
The quiet in place of any other signs of life: the Great Silence.
EXOPLANET TRANSIT / ESA / Illustration by AOES Medialab 2003
7. Exploring further...
Possible answers to the Fermi
Paradox
Responsibility to strive,
regardless of the unknown
status of other life
biota.cc/vessel.pdf
EXOPLANET TRANSIT
ESA / Illustration by AOES Medialab 2003
8. The Fermi Paradox and The Great Silence
Is life widespread, or as uncommon
as we seem to be?
Learning the truth through interstellar travel will take time.
We must foster a supporting—and surviving—interstellar civilization.
EXOPLANET TRANSIT / ESA 2003 / Illustration by AOES Medialab
10. Existential Risk
Will we endure?
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
11. Existential Risk
100 years to achieve our primary goal.
Our endeavor could be cut short before that
time has passed.
The risk that we may not endure is termed Existential Risk.
An existential risk is one that threatens the premature
extinction of Earth-‐originating intelligent life or the permanent
and drastic destruction of its potential for desirable future
development.
-‐ Nick Bostrom
Existential Risk Prevention as the Most Important Task for Humanity (2011)
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
12. Existential Risk
“... the permanent and drastic destruction of its
potential for desirable future development.”
Survival alone is not enough.
In some cases, a surviving society may be brutalized, stagnant, or
diminished irreparably. Bostrom’s 2011 classification sets aside
discussion of particular causes.
Strict focus on outcomes helps us envision possible recovery scenarios.
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
13. Existential Risk
Classification of Existential Risk
Human Extinction
Humanity goes extinct prematurely, i.e., before reaching technological maturity.
Permanent Stagnation
Humanity survives but never reaches technological maturity.
Subclasses: Unrecovered Collapse, Plateauing, Recurrent Collapse
Flawed Realization
Humanity reaches technological maturity but in a way that is dismally and irremediably flawed.
Subclasses: Unconsummated Realization, Ephemeral Realization
Subsequent Ruination
Humanity reaches technological maturity in a way that gives good future prospects, yet
subsequent developments cause the permanent ruination of those prospects.
-‐ Nick Bostrom
Existential Risk Prevention as the Most Important Task for Humanity (2011)
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
14. Existential Risk
Classification of Existential Risk
Human Extinction
Humanity goes extinct prematurely, i.e., before reaching technological maturity.
Permanent Stagnation
Humanity survives but never reaches technological maturity.
Subclasses: Unrecovered Collapse, Plateauing, Recurrent Collapse
Flawed Realization
Humanity reaches technological maturity but in a way that is dismally and irremediably flawed.
Subclasses: Unconsummated Realization, Ephemeral Realization
Subsequent Ruination
Humanity reaches technological maturity in a way that gives good future prospects, yet
subsequent developments cause the permanent ruination of those prospects.
-‐ Nick Bostrom
Existential Risk Prevention as the Most Important Task for Humanity (2011)
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
15. Existential Risk
Classification of Existential Risk
Human Extinction
Humanity goes extinct prematurely, i.e., before reaching technological maturity.
Permanent Stagnation
Humanity survives but never reaches technological maturity.
Subclasses: Unrecovered Collapse, Plateauing, Recurrent Collapse
Flawed Realization
Humanity reaches technological maturity but in a way that is dismally and irremediably flawed.
Subclasses: Unconsummated Realization, Ephemeral Realization
Subsequent Ruination
Humanity reaches technological maturity in a way that gives good future prospects, yet
subsequent developments cause the permanent ruination of those prospects.
-‐ Nick Bostrom
Existential Risk Prevention as the Most Important Task for Humanity (2011)
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
16. Existential Risk
Classification of Existential Risk
Human Extinction
Humanity goes extinct prematurely, i.e., before reaching technological maturity.
Permanent Stagnation
Humanity survives but never reaches technological maturity.
Subclasses: Unrecovered Collapse, Plateauing, Recurrent Collapse
Flawed Realization
Humanity reaches technological maturity but in a way that is dismally and irremediably flawed.
Subclasses: Unconsummated Realization, Ephemeral Realization
Subsequent Ruination
Humanity reaches technological maturity in a way that gives good future prospects, yet
subsequent developments cause the permanent ruination of those prospects.
-‐ Nick Bostrom
Existential Risk Prevention as the Most Important Task for Humanity (2011)
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
17. Existential Risk
Imperative
To achieve an interstellar civilization while
addressing existential risk, we must do more than
survive: we must preserve our aspirations, our
capabilities, our cultural resources, and our
biodiversity.
MASSIVE TERRESTRIAL STRIKE / Don Davis / NASA
18. What type of archive would answer to
Permanent Stagnation or Flawed
Realization?
Gregory Benford suggested one example in 1992, addressing
catastrophic loss of biodiversity.
DIATOM 1 (Sarah Parker-Eaton & Louise Hibbert)
Photo via Bradbury J: Nature's Nanotechnologists: Unveiling the Secrets of Diatoms. PLoS Biol 2/10/2004: e306. (CC-BY-2.5) 2004
19. The Library of Life
DIATOM 1 (Sarah Parker-Eaton & Louise Hibbert)
Photo via Bradbury J: Nature's Nanotechnologists: Unveiling the Secrets of Diatoms. PLoS Biol 2/10/2004: e306. (CC-BY-2.5) 2004
20. The Library of Life
The Library of Life: A thought experiment
on avoiding irreversible loss of biodiversity.
A broad program of freezing species in threatened ecospheres could
preserve biodiversity for eventual use by future generations. Sampling
without studying can lower costs dramatically. […] Much more
information than species DNA will be saved, allowing future
biotechnology to derive high information content and perhaps even
resurrect then-‐extinct species.
-‐ Gregory Benford
Abstract for “Saving the Library of Life” (1992)
DIATOM 1 (Sarah Parker-Eaton & Louise Hibbert)
Photo via Bradbury J: Nature's Nanotechnologists: Unveiling the Secrets of Diatoms. PLoS Biol 2/10/2004: e306. (CC-BY-2.5) 2004
21. The Library of Life
Controversial, but galvanizing.
My main concern is that people will conclude that scientists have
given up on preserving living biodiversity, or that future species
extinctions are not so worrisome because we can always reconstitute
the species and genera that we render extinct. But […] these potential
obstacles can be circumvented: by stressing [...] that the very fact that
such steps are being taken is an indication of how serious the problem
is.
-‐ Carl Sagan
Letter to Benford in Deep Time (1999)
The Library of Life proposal was one of the deepest and earliest
influences on my Vessel Archives proposal. It taught: We cannot be
afraid to galvanize our efforts, when confronting existential risk.
DIATOM 1 (Sarah Parker-Eaton & Louise Hibbert)
Photo via Bradbury J: Nature's Nanotechnologists: Unveiling the Secrets of Diatoms. PLoS Biol 2/10/2004: e306. (CC-BY-2.5) 2004
22. The Library of Life
What type of facility would be needed to
carry a Library of Life, or house a cultural
equivalent, over the very-‐long-‐term?
Cultural archives would require different methods, and the facility
itself could take on as many different forms as there are cultures...
DIATOM 1 (Sarah Parker-Eaton & Louise Hibbert)
Photo via Bradbury J: Nature's Nanotechnologists: Unveiling the Secrets of Diatoms. PLoS Biol 2/10/2004: e306. (CC-BY-2.5) 2004
38. Exploring further...
Creative Commons
Seed several instances of open specification and
resource sites to explore, detail, and document
the creation of Vessel Archives, encouraging
hybrid vigor.
biota.cc/vessel.pdf
42. Biophilia and Biophilic Design: A Pattern Language
I’d detail architectural approaches we
could use to build Vessel Archives as
dedicated, multipurpose facilities.
EDEN PROJECT: TROPICAL BIOME / Photo via Steve Keiretsu (CC-BY-1.0) 2001
43. Exploring further...
Binary DNA Data Sequencing
Recent work (Church/Gao/Kosuri 2012) is
discussed, along with possible applications.
DIATOM 1 (Sarah Parker-Eaton & Louise Hibbert)
biota.cc/vessel.pdf
Photo via Bradbury J: Nature's Nanotechnologists: Unveiling the Secrets
of Diatoms. PLoS Biol 2/10/2004: e306. (CC-BY-2.5) 2004
45. Exploring further...
The Biophilia Hypothesis and
Biophilic Design
Pattern Languages (Christopher
Alexander)
biota.cc/vessel.pdf
THORNCROWN CHAPEL (E. Fay Jones)
Photo via Bobak (CC-BY-SA-2.5) 2006
47. Exploring further...
Preservation of Cultural
Architecture and Vernacular
Pattern Languages
Case study: Traditional Japanese architectural
solutions and patterns.
Photo via Alijava (CC-BY-SA-2.5) 2010
biota.cc/vessel.pdf
BAMBOO
Photo via Alijava (CC-BY-SA-2.5) 2012
48. Exploring further...
The Long Now Foundation
10,000 Year Clock to encourage very-‐long-‐term
thinking.
Deep Archival
Bruce Sterling on very-‐long-‐term archival.
biota.cc/vessel.pdf
CLOCK OF THE LONG NOW (Long Now Foundation)
Photo via Alijava (CC-BY-SA-2.5) 2007
49. Exploring further...
Mission launch capability as
deep design goal
Core Vessel Archives as cargo on
100YSS ships
biota.cc/vessel.pdf
Photo via Alijava (CC-BY-SA-2.5) 2007
54. James Webb Space Telescope Mirror 37 / NASA / MSFC / David Higginbotham / Emmett Given 2010
55. The Great Filter
James Webb Space Telescope Mirror 37 / NASA / MSFC / David Higginbotham / Emmett Given 2010
56. The Great Filter
We began with the Great Silence, and end by
considering the Great Filter.
The Great Silence implies that one or more of these steps [from
organic stellar material to expansive interstellar life and colonization]
are very improbable; there is a “Great Filter” along the path between
simple dead stuff and explosive life. The vast majority of stuff that
starts along this path never makes it. [...] The fact that our universe
seems basically dead suggests that it is very hard for advanced
explosive lasting life to arise.
-‐ Robin Hanson
The Great Filter -‐ Are We Almost Past It? (1998)
James Webb Space Telescope Mirror 37 / NASA / MSFC / David Higginbotham / Emmett Given 2010
57. The Great Filter
James Webb Space Telescope Mirror 37 / NASA / MSFC / David Higginbotham / Emmett Given 2010