Edited by Jacy Reese Anthis. Many thanks to Ali Ladak, Tobias Baumann, Jack Malde, James Faville, Sophie Barton, Matt Allcock, and the staff at PETRL for reviewing and providing feedback.
Artificial sentient beings could be created in vast numbers in the future. While their future could be bright, there are reasons to be concerned about widespread suffering among such entities. There is increasing interest in the moral consideration of artificial entities among academics, policy-makers, and activists, which suggests that we could have substantial leverage on the trajectory of research, discussion, and regulation if we act now. Research may help us assess which actions will most cost-effectively make progress. Tentatively, we argue that outreach on this topic should first focus on researchers and other stakeholders who have adjacent interests.
Imagine that you develop a brain disease like Alzheimer’s, but that a cutting-edge treatment has been developed. Doctors replace the damaged neurons in your brain with computer chips that are functionally identical to healthy neurons. After your first treatment that replaces just a few thousand neurons, you feel no different. As your condition deteriorates, the treatments proceed and, eventually, the final biological neuron in your brain is replaced. Still, you feel, think, and act exactly as you did before. It seems that you are as sentient as you were before. Your friends and family would probably still care about you, even though your brain is now entirely artificial.
This thought experiment suggests that artificial sentience (AS) is possible and that artificial entities, at least those as sophisticated as humans, could warrant moral consideration. Many scholars seem to agree.
Artificial sentience might come from artificial enhancements to human bodies, whole brain emulations, or the simulations and subroutines (i.e. a computer program within a larger computer program) of an artificial superintelligence. The number of these beings could be vast, perhaps many trillions of human-equivalent lives on Earth and presumably even more lives if we colonize space or less complex and energy-intensive artificial minds are created. Increasing computer power, automation, and human populations suggest that artificial entities will exist in vast numbers — if even a small proportion of these entities are sentient, then their wellbeing would be of great importance.
Nanotechnology might abolish suffering, it might be “good to be an em” (human brain emulation), and superintelligence might create “digital utility monsters” with exceptionally high welfare, but the experiences of future artificial sentient beings constitute some of the main suffering risks (“s-risks”) of the future. Some commentators seem to view outcomes with very high amounts of suffering for artificial sentience as less likely than more utopian future scenarios, but still concerning and worth addressing.
Developments in technologies such as artificial intelligence make extrapolating from historical precedent and present-day biases challenging, but reasons to doubt that the future will be so bright for these beings include (in no particular order):
Some academics have been skeptical of work on the moral consideration of artificial entities because such work has little relevance to the present-day concerns of human society. Nevertheless, academic interest is growing exponentially.
Figure 1: Cumulative total of academic articles and publications relating to the moral consideration of artificial entities (Harris and Anthis 2021)
There has also been a newfound policy interest in robot rights:
Some of this policy interest has received media attention. Some (especially when robot rights have been granted where human rights are still lacking) has been met with hostility by researchers, journalists, and members of the public. The popularity of related science fiction also suggests some degree of public interest.
There have been some small, relevant advocacy efforts in the past few years:
The small but increasing interest in this topic among academics, policy-makers, and the public suggests that we could have substantial leverage over the trajectory of research, discussion, and regulation if we act now because we could influence the coming wave of AS advocacy and discourse. If you believe that we are living at the “hinge of history,” for reasons such as imminent rapid developments in AI or other potential causes of “lock-in” of societal values, then the leverage and urgency of this work are both greatly increased.
Many of the foundational questions in effective animal advocacy — and the arguments and evidence affecting those questions — are also applicable to advocacy for the interests of artificial sentience. For example, in the context of AS, these findings seem to apply:
The especially complex, technical, and futuristic (and thus easily dismissed) nature of AS advocacy suggests further caution, as does the unusually high leverage of the current context, given that advocacy, policy, and academic interest seems poised to increase substantially in the future.
Additionally, there are more uncertainties than in the case of animal advocacy. What “asks” should advocates actually make of the institutions that they target? What attitudes do people currently hold and what concerns do they have about the moral consideration of artificial sentience? What opportunities are there for making progress on this issue?
Taking all these factors into consideration, two projects seem promising as initial steps to help artificial sentience: (1) research and (2) field-building.
AS research has both broad and narrow value. Since there has been relatively little exploration of artificial sentience, research into this topic can be seen as a targeted form of “global priorities research,” helping impact-focused donors, researchers, activists, policy-makers, and other altruists to work out which global problems to focus on by assessing the tractability of progress. More narrowly, AS research may help to understand which actions will most cost-effectively make progress once one has decided to focus on AS. These two research goals have substantial overlap in practice. For example, a survey of support for various AS-related policies would help to achieve both goals.
There are a few examples of promising AS research to date (see the section on “empirical research” in Harris and Anthis 2021). For example, Lima et al. (2020) asked online survey participants about “11 possible rights that could be granted to autonomous electronic agents of the future.” Respondents were opposed to most of these rights but supported the “right against cruel treatment and punishment.” The researchers also found significant effects from providing additional information intended to promote support for robot rights; of the different messaging strategies that they tested, the most effective seemed to be providing “examples of non-human entities that are currently granted legal personhood,” such as a river in New Zealand. Some previous work focused on application to effective animal advocacy, such as Sentience Institute’s historical case studies, is also applicable to AS. We have listed some promising avenues for further social science research on Sentience Institute's research agenda.
Though it seems preferable to avoid mass outreach for now, there are lower risks from engaging in outreach and support to individuals and organizations who are already conducting relevant research or advocating for the moral consideration of other neglected groups, such as animals and future generations. These audiences seem less likely to countermobilize or denounce efforts to advocate for the interests of AS. Successful outreach would increase credibility and capacity for more substantial interventions at a later stage.
These targeted efforts would give some insight into the tractability of broader outreach; if these efforts to target the “low-hanging fruit” of potential supporters are unsuccessful, what hope does mass outreach have? It will also provide evidence of which messaging strategies are most effective. Surveys and experiments usually focus on the general public, so this information may be important for our understanding of messaging for specific stakeholder groups.
Academic field-building to help AS may look similar to efforts to build the fields of welfare biology (to help wild animals) and global priorities research. For example, we could publish books and journal articles, organize conferences, set up new research institutes, or offer grants for relevant work. Beyond academia, discussion in relevant forums, conferences, and podcasts may be helpful, as may a variety of tactics that have been used by the farmed animal movement and other social movements.
At Sentience Institute, we have just published a preprint of our first report on artificial sentience, a literature review that we are submitting to an academic journal. We have also conducted a behavioral experiment that looks at the effect of taking the perspective of an intelligent artificial entity on attitudes towards artificial entities as a group, which we are also submitting to a journal. We expect to continue doing some projects on artificial sentience in addition to our work on nonhuman animals.
If you would like to get involved:
 We conducted a Google Scholar search for (“artificial” OR “digital” OR “machine” OR “robot” OR “synthetic”) AND (“sentience” OR “sentient” OR “conscious” OR “consciousness”). Twenty-two items were identified that appeared to offer a comment on whether AS is possible or will occur in practice. Of these, 12 (55%) seemed to conclude that it probably is/will, 1 (5%) seemed to conclude that it probably is/will not, and the other 9 (41%) offered more mixed or unclear conclusions. Additionally, an informal survey of Fellows of the American Association for Artificial Intelligence suggested that many were open to the possibility of artificial sentience.
 Harris and Anthis (2021) find that sentience or consciousness seem to be the criteria most frequently invoked as crucial for determining whether artificial entities warrant moral consideration, though other criteria have been proposed.
 If you believe that the future looks bright, then “the expected value of [human] extinction risk reduction is positive.” Efforts to reduce extinction risk need not conflict with efforts to reduce the risks of astronomical suffering among future sentient beings, except insofar as altruists must choose how to allocate their scarce resources; both can be included as part of the longtermist “portfolio.”
 Paraphrasing Horta (2010) and People for the Ethical Treatment of Reinforcement Learners.
 Harris and Anthis 2021 gave each identified research item a score representing the author’s position on granting moral consideration to artificial entities on a scale from 1 (argues forcefully against consideration, e.g. suggesting that artificial beings should never be considered morally) to 5 (argues forcefully for consideration, e.g. suggesting that artificial beings deserve moral consideration now). The average score was 3.8 (standard deviation of 0.86) and the scores had no significant correlation with the date of publication (r = 0.006, p = 0.935).
 Kim Dae-won, “professor of information and engineering department at Myoungji University, who [was] leading the charter drafting,” commented that, “[r]ather than making ethical rules from a robot’s point of view, we should focus on the human side such as regulating designing and manufacturing of robots.” Contrastingly, Professor Jong-Hwan Kim, “one of South Korea’s top robotics experts” argued that, “[a]s robots will have their own internal states such as motivation and emotion, we should not abuse them… We will have to treat them in the same way that we take care of pets.” Whether Jong-Hwan Kim was involved in the production of the charter is unclear.
 They added that this would be “so that at least the most sophisticated autonomous robots could be established as having the status of electronic persons responsible for making good any damage they may cause, and possibly applying electronic personality to cases where robots make autonomous decisions or otherwise interact with third parties independently.”
 Kim and Petrina (2006) note that they were “puzzled for some time about an advocacy of rights for robots” until they “eventually learned about the existence” of the ASPCR. A Google Scholar search for the exact phrase “American Society for the Prevention of Cruelty to Robots” returns 35 results.
 The “botsrights” reddit community seems to be for entertainment purposes, mostly unrelated to the idea of “rights.” The “People for Ethical Treatment of Robots” (PETR) Facebook page appears to be intended as a parody of People for the Ethical Treatment of Animals (including using a variation of their logo). “The Campaign Against Sex Robots” (CASR) was launched in September 2015 but is framed as a form of resistance to the sexual objectification of women and children. Its director has opposed the granting of moral consideration to artificial entities and signed the open letter against the EU’s electronic personality proposals.
 For example, the Global Priorities Institute’s research agenda asks: “Besides mitigation of catastrophic risk, what other kinds of ‘trajectory change’ or other interventions might offer opportunities with very high expected value, as a result of the potential vastness of the future?”
 Organizations carrying out capacity-building in the farmed animal movement are listed here. Each of the movements studied by Sentience Institute has carried out some form of capacity-building work, such as the support for grassroots anti-abortion advocacy offered by the National Right to Life Committee and the careful targeting of MPs, justices, and other elites by British antislavery advocates.