Can Deep Altruism Sustain Space Settlement?
Space settlement represents a long-term human effort that requires unprecedented coordination across successive generations. In this chapter, I develop a comparative hierarchy for the value of long-term projects based upon their benefits to culture, their development of infrastructure, and their contributions to lasting information. I next draw upon the concept of the time capsule as an analogy, which enables a comparison of historical examples of projects across generational, intergenerational, and deep time. The concept of deep altruism can then be defined as the selfless pursuit of informational value for the well-being of others in the distant future. The first steps toward supporting an effort like space settlement through deep altruism would establish governance and funding models that begin to support ambitions with intergenerational succession.
I thank Lauren Seyler, Sanjoy Som, and Martin Elvis for helpful suggestions. This research did not receive any specific grant from funding agencies in the public, commercial, or not-for-profit sectors.
- Brinkers, M. & den Dulk, P. (1999). The Evolution of non-reciprocal altruism. In D. Floreano, J. D. Nicoud, & F. Mondada (Eds.) Advances in artificial life. Springer.Google Scholar
- Cockell, C. S. (2015). Human governance beyond earth: Implications for freedom. Springer.Google Scholar
- Ehrenfreund, P., Race, M., & Labdon, D. (2013). Responsible space exploration and use: Balancing stakeholder interests. New Space, 1, 60–72.Google Scholar
- Haqq-Misra, J. (2015). Toward a sustainable land use policy for Mars. In C. Cockell (Ed.) Human governance beyond earth: Implications for freedom (pp. 43–49). Springer.Google Scholar
- Jarvis, W. E. (2002). Time capsules: A cultural history. McFarland.Google Scholar
- NASA. (2015). NASA’s journey to Mars: Pioneering next steps in space exploration. Washington, DC, NP-2015-08-2018-HQ.Google Scholar
- Seedhouse, E. (2010). Martian outpost: The challenges of establishing a human settlement on Mars. Springer Science & Business Media.Google Scholar