The theme of human extinction is increasingly at the center of the current debate on moral philosophy and bioethics. We look at space missions and station construction projects capable of accommodating a large population and at the colonization of other planets with great hope. However, solutions are not excluded either, which for now certainly appear to be much more original. One of the most original projects involves launching a spacecraft containing cryopreserved human embryos, which, once they arrive at destination on (...) another planet, must be thawed and birthed by intelligent machines through artificial wombs (ectogenesis). In this paper, I do not intend to analyze whether the embryo space colonization project is indeed feasible. Instead, I will focus on examining the primary moral questions raised by the embryo space colonization project to determine whether, at least prima facie, it can be deemed morally acceptable. I will begin by discussing the objection advanced by Konrad Szocik (2021), according to which any embryo space colonization project is doomed to failure because it cannot offer the hoped-for solution to the problem of the extinction of the human species (second paragraph). In the third paragraph, then, I will ask whether embryo space colonization is able to ensure the people it brings into the world an adequate or at least the morally appropriate quality of life. Finally, in the fourth and last paragraph, I will examine the question of the morality of human reproduction that passes through the guidance and choice of intelligent machines. I will argue that to evaluate the morality of this project we should consider not only the interests and quality of life of the first people who could be born but also the interests of all possible subsequent generations. (shrink)

Among the various ethical problems associated with the hype surrounding Space Colonization, one that has received little attention concerns the internal tension within the Posthumanist paradigm. While at the core of many of the hyper optimistic portrayals of the departure from Earth towards Outer Space there is the idea that this would represent a key component for humankind to evolve into a Posthuman, better, version of itself, other visions of Posthumanism might paint a direr picture. This paper wants to argue (...) that such a clash would be particularly strong when applied to the different—and contrasting—narratives connected to Posthumanism and the Climate Crisis, deserving urgent attention. (shrink)

Space warfare is warfare that takes place in outer space. It involves ground-to-space, space-to-ground, and space-to-space violence between nations or peoples. The violence can involve kinetic weapons, directed energy weapons, or electronic destruction. International law, specifically, the Outer Space Treaty and SALT I, currently bans weapons of mass destruction from being put into space, although one wonders if one country were to violate the ban whether others would follow suit. In this paper, I argue that that if there is a (...) non-consequentialist morality of space war, then one country can unjustly attack a second country’s space vehicles. This in turn depends on property rights. But there is no adequate theory of property rights with regard to space war. Hence, there is no non-consequentialist morality of a space war. (shrink)

How may nations protect their interests in space if its fragility makes military operations there self-defeating? This essay claims nations are in Prisoners Dilemmas on the matter, and applies David Gauthier’s theories about how it is rational to behave morally—cooperatively—in such dilemmas. Currently space-faring nations should i) enter into co-operative space sharing arrangements with other rational nations, ii) exclude—militarily, but with only terrestrial force—nations irrational or existentially opposed to other nations being in space, and iii) incentivize all nations into co-operation (...) by redistributing some space-generated wealth to nations that might otherwise ruin space. Further, since all nations are rationally incentivized to ever greater dependence on space, and since each, by threatening space, can hold hostage its benefits to all, each can demand resolution of terrestrial discontents with other nations. So each has a rational interest in treating others morally both in space and on terrestrial issues. (shrink)

This paper considers the argument that we have a duty to colonise other planets because we owe it to future generations. It puts forward the view that formulations of this argument in the current literature are confused. It distinguishes (at least) four versions of the argument and shows that none of them are compelling. It draws the conclusion that, should people put forward these arguments, they ought to be more precise in their formulations and more rigorous in their defence.

Given the vast distances separating astronomical objects, multi-generational space travel may eventually become a practicable option in the future. Such an expedition would most likely include companion animals as well. Especially since they are deemed important in assisting humans to cope with stress and anxiety. However, just as with humans, extended periods of confinement would be detrimental to companion animals as well, resulting in psychological, physiological, and behavioural disorders. Already occurring to animals locked up in terrestrial households, it would be (...) an even bigger welfare problem during a life-long journey in a no-way-out confined spaceship. A conceivable solution could be to genetically enhance them to fit the spaceship environment. Assuming that companion animals will be part of future multi-generational space travels, this article aims at examining how such an experience would affect their welfare, even considering the implications of genetic adaptation. (shrink)

In his article, “Should Space Travel be Human or Robotic? Reasons for and against full automation for space missions,” Maurizio Balistreri explores the ongoing debate regarding whether space travel, exploration, and extra-terrestrial colonization should be the domain of humans or robots. Balistreri explores both technical and normative arguments for why extraterrestrial ventures ought to be wholly robotic or human, ultimately taking no explicit side in the debate. However, in this article we argue that by even posing the question in this (...) binary fashion, Balistreri and others are making a mistake at the outset. We show that there are certain missions and aims which require humans and others that plausibly may be undertaken solely by robots, but for all missions and aims there is likely to be some degree of human-robot pairing. More than this, we show that the question should not be whether space travel, exploration, or extra-terrestrial colonization ought to be generally human-centric or robot-centric, but rather that each and every mission should be examined on its own, as the values and disadvantages of humans versus robots are apt to be highly specific to the realities of particular discrete missions. (shrink)

What makes a good leader? This paper takes Socrates in Plato’s early dialogues as the starting point for developing three leadership skills that are still relevant today: being on a mission, thinking in questions, and thinking like a beginner. I arrive at these Socratic leadership skills through an interdisciplinary approach to Plato’s early dialogues that puts Socrates in conversation with a diversity of thinkers: modern-day business leaders and leadership coaches, educators, Zen Buddhists, and art historians. I show that Socratic leadership (...) skills are valued in today’s business world, and I propose concrete exercises that can help anyone acquire these skills. In contrast to Platonic leadership—the leadership skills of the philosopher king—Socratic leadership skills have not been the focus of much investigation. This paper aims to advance a scholarly conversation about Socrates as a leadership model. (shrink)