In this paper, we explore how the prospect of artificial placenta technology (nearing clinical trials in human subjects) should encourage further consideration of the loss experienced by individuals when their pregnancy ends unexpectedly. Discussions of pregnancy loss are intertwined with procreative loss, whereby the gestated entity has died when the pregnancy ends. However, we demonstrate how pregnancy loss can and does exist separate to procreative loss in circumstances where the gestated entity survives the premature ending of the pregnancy. (...) In outlining the value that can be attached to pregnancy beyond fetal-centric narratives, we illustrate how pregnancy loss, separate to procreative loss, can be experienced. This loss has already been recognised among parents who have experienced an unexpected early ending of their pregnancy, resulting in their child being cared for in neonatal intensive care unit. Artificial placentas, however, may exacerbate these feelings and make pregnancy loss (without procreative loss) more visible. We argue that pregnancy is an embodied state in which gestation is facilitated by the body but gestation itself should be recognised as a process—and one that could be separable from pregnancy. In demarcating the two, we explore the different ways in which pregnancy loss can be understood. Our objective in this paper goes beyond contributing to our philosophical understanding of pregnancy towards practical-orientated conclusions regarding the care pathways surrounding the artificial placenta. We make recommendations including the need for counselling and careful consideration of the language used when an artificial placenta is used. (shrink)

De Bie et al. (2023) propose an organizing framework for different stages of human gestational development from conception to the viable premature. They also identify ethical considerations and con...

Preterm birth is defined as delivery occurring before 37 weeks gestation.1 Infants born prematurely have increased risks of morbidity and mortality throughout life, especially during the first year. These risks increase as the gestational age at birth decreases.2 Additionally, there are significant racial and ethnic differences in preterm birth rates. In 2022, the rate of preterm birth among non-Hispanic black women was approximately 50% higher than that observed in non-Hispanic white women.1 The outcomes for these infants are also disparate–preterm birth (...) and low birth weight are the second-leading causes of infant mortality (deaths before 1 year of age). Notably, among preterm neonates, infants born to non-Hispanic black women have a mortality rate more than double that of infants born to non-Hispanic white mothers.3 Importantly, there is a small but significant group of neonates that can be classified as severely premature (those born <28 weeks). Infants born before 28 weeks have varied and uncertain outcomes. While this group accounts for only 0.4% of preterm births, it also accounts for 40% of deaths among preterm neonates.4 As noted by Romanis and Adkins, the advent of artificial amnion and placenta technology (AAPT) holds promise for its potential to address the physiologic complications and mortality risks of extreme prematurity by introducing amniotic substitutes that mimic in vivo placental oxygenation and substrate delivery. In contrast …. (shrink)

Since the early 1980’s, with the clinical advent of in vitro fertilization resulting in so-called “test tube babies,” a wide array of ethical considerations and concerns regarding artificial womb technology (AWT) have been described. Recent breakthroughs in the development of extracorporeal neonatal life support by means of AWT have reinitiated ethical interest about this topic with a sense of urgency. Most of the recent ethical literature on the topic, however, pertains not to the more imminent scenario of a physiologically (...) improved method of neonatal care through AWT, but instead to the remote scenario of “complete ectogenesis” that imagines human gestation occurring entirely outside of the womb. This scoping review of the ethical literature on AWT spans from more abstract concerns about complete ectogenesis to more immediate concerns about the soon-to-be-expected clinical life support of what we term the fetal neonate or fetonate. Within an organizing framework of different stages of human gestational development, from conception to the viable premature infant, we discuss both already identified and newly emerging ethical considerations and concerns regarding AWT and the care of the fetonate. (shrink)

Novel forms of assisted gestation—uterus transplantation and artificial placentas—are highly anticipated in the ethico‐legal literature for their capacity to enhance reproductive autonomy. There are also, however, significant challenges anticipated in the development of novel forms of assisted gestation. While there is a normative exploration of these challenges in the literature, there has not yet, to my knowledge, been empirical research undertaken to explore what reproductive rights organisations and advocates identify as potential benefits and challenges. This perspective is invaluable. These (...) organisations/individuals have an awareness not only of the needs of individuals but also of the political landscape in which regulatory decisions are made and which individuals navigate when seeking reproductive assistance. In this study, data was generated from two semi‐structured focus groups (n = 11). Reflective thematic analysis was used to examine the views raised by study participants in these focus groups. This paper explores two of the themes constructed in the data. First, the equality‐enhancing potential of assisted gestation exploring the multifaceted ways in which assisted gestation has structural benefits for marginalised groups. Second, realising the equality‐enhancing potential of assisted gestation explores the intersecting barriers to access to reproductive technologies and how they may impede the benefits of these technologies in practice. These results can enhance conceptual understanding of the importance of novel forms of assisted gestation and ensure that attention is paid to practical barriers in further normative research. (shrink)

In the future, full ectogestation – in which artificial placenta technology would be used to carry out the entirety of gestation – could be an alternative to human pregnancy. This article analyzes some underexplored objections to ectogestation which relate to the possibility for new and continuing forms of social oppression. In particular, we examine whether ectogestation could be linked to an unwarranted de-valuing of certain aspects of female reproductive embodiment, or exacerbate objectionable kinds of scrutiny over the reproductive (...) choices of gestating persons. Without discounting the potential benefits of full ectogestation, we conclude that the socially oppressive potential of ectogestation, on top of other concerns, warrants further critical ethical reflection. (shrink)

A large body of literature considers the ethico-legal and regulatory issues surrounding assisted conception. Surrogacy, however, within this body of literature is an odd-fit. It involves a unique demand of another person—a form of reproductive labour—that many other aspects of assisted conception, such as gamete donation do not involve. Surrogacy is a form of assisted gestation. The potential alternatives for individuals who want a genetically related child but who do not have the capacity to gestate are ever increasing: with the (...) advent of uterus transplantation, and the anticipated development of artificial placentas.In this paper, I highlight the pertinent conceptual differences between technologies assisting conception and those assisting gestation to demonstrate that distinct issues arise when assisted gestative technologies are used. I argue that there is utility in considering AGTs as a genus of technologies. These technologies perform the same function from the perspective of putative parents and might exist on a spectrum of alternatives when they become more available. Moreover, since many of the same or very similar ethical, social and legal issues are raised by surrogacy, UTx and ectogestation, analysis of these issues will be better contextualised by considering these technologies together. Many of the matters currently being highlighted for reform in the context of surrogacy will inevitably impact on how other forms of assisted gestation are governed. The conversation should be broadened; we should consider how far other emerging technologies might be accommodated in revised regulatory schemes. (shrink)

At a meeting of the American Society for Value Inquiry in Chicago last spring, and again at a conference on biomedical ethics last fall in London, Ontario, David J. Roy, Head of the Institute for Medical Humanities, University of Montreal, described a developing situation in the biomedical technologies about which he and many of his colleagues in the profession share an enormous apprehension. The biomedical sciences have in their possession, in development, and on the drawing boards a technology that has (...) the potential of enabling us to alter much of what has to date been seen as fundamental givens and fixed points of the human situation, from the forms of human reproduction, through the frequency of distribution of various human characteristics, to those very characteristics themselves. His question , in the form of a plea, was this: it is becoming desperately urgent that scientists and technologists in these fields be given guidance about what they are doing; the sense is that what can be done ranges far beyond what should be done, and that the technological imperative (do what technology makes possible) and the epistemological imperative (find a use for what we know) are so strong that, in the absence of a normative consensus of what it is to be human, these sciences and technologies may well have a transforming impact upon a society that is not prepared to control them. When it becomes possible to eliminate the traditional and biological form of human reproduction, with the development of in vitro fertilization and the artificial placenta, shall we? When it becomes possible to eliminate deleterious genes from the human gene pool (or to limit their occurrence to the level of chance mutation), shall we? When it becomes possible to enable parents to select in advance characteristics of their offspring, from sex to hair and eye color, and perhaps even to influence the polygenic determinate and determinable characteristics of race, stature, aggressiveness, intelligence and talent, to the point that we can influence the distribution of propensities and abilities in the population to fit more closely the manpower needs of our society, shall we? Shall we breed astronauts, musicians.. (shrink)

Elizabeth Chloe Romanis argues that surrogacy, uterine transplantation (UTx) and ectogestation belong to a genus of ‘assisted gestative technologies” (“AGTs”).1 These technologies are conceptually distinct from assisted reproductive technologies (ARTs) in that they support gestation rather than conception. Romanis argues that they also raise some overlapping ethical and policy issues that are best appreciated by ‘considering these technologies together’, thus placing the issues that AGT’s share at the forefront of ethical analysis. The neologism ‘AGTs’ picks out a distinctive and important (...) category of technologies, and there is value in considering the ethical parallels between various AGT’s. However, the category of AGTs should provide neither the only nor the main level of ethical analysis. Surrogacy, UTx and ectogestation share important parallels not only with each other but also with other practices; indeed, some of these parallels are stronger than those AGT’s share with each other. Consider ectogestation. One striking implication of ‘artificial placentas’ is that they may make it possible to terminate a pregnancy without causing the death of the fetus. This is noteworthy in part because it threatens to disrupt one influential defence of abortion rights: that they are protected by something like a moral right to bodily integrity. Once fetuses can be transferred to artificial wombs, bodily integrity would no longer support a …. (shrink)

Assisted conception can be distinguished from assisted gestation.1 These processes have tended to be grouped together under the generic term assisted reproductive technology in the bioethical literature. According to Chloe Romanis, however, it is worth distinguishing interventions such as surrogacy, uterus transplantation, and potentially artificial placenta technology, as falling under the genus assisted gestative technologies. This is because gestation carries unique ethico-legal implications as compared with conception. The proposed genus of assisted gestative technologies is a helpful first step (...) in the endeavour to distinguish between the different ethico-legal landscapes across various ‘assisted reproductive technologies.’ I am generally in favour of adopting AGT as a term which separates various forms of gestational services from other kinds of reproductive technologies. Yet, if assisted gestative technologies can be considered a genus of assisted reproductive technologies, we might consider surrogacy, UTx, and artificial placenta technology their individual species. Between these various species of AGTs, I would argue, there remains enough ethico-legal diversity to warrant independent discussion about the descriptive and normative functions of each AGT and the relationship between gestation, genetic relatedness and legal/moral parenthood. Chloe Romanis claims that legal and social issues about attribution of parenthood and the importance that might be placed on information about gestational origins affect all forms of AGTs.1 I take it ethical ambiguities arise because the relationship between who gestates, genetic relatedness to the prospective child, and claims to legal/moral parental responsibility can be disrupted or made ambivalent with the involvement of third-party support. For many of those who do not require reproductive assistance, the gestational labour, genetic relatedness and parental responsibility would traditionally …. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Fetal Tissue ResearchMary Carrington Coutts (bio)I. IntroductionThe use of tissue from fetal remains for transplantation and biomedical research has become a controversial issue in recent years, involving scientists, doctors, patients, and the federal government. Fetal tissue is potentially useful in a wide range of treatments for a number of serious diseases, some of them affecting millions of people. Despite the promise, transplantation research using fetal tissue from induced abortion (...) slowed dramatically in the U.S. in 1988, when a moratorium was declared on federal funding for such research involving humans. That moratorium was lifted by President Clinton on January 21, 1993. Though the future of fetal tissue transplantation research is brighter, public debate on the issue is likely to continue, exacerbated by the "acrimonious abortion debate" (VI, Post 1991, p. 14).Using fetal tissue in biomedical research and in transplantation is not a new practice. As early as 1928 unsuccessful attempts were made to transplant fetal pancreas cells into diabetics (VII, Fichera 1928). Fetal tissue was used effectively in biomedical research during the 1950s, and was instrumental in the culture of the polio virus, which led to the development of the polio vaccine. Fetal tissue cultures were also essential in the development of the rubella vaccine, and continue to be used in virology research. Transplantation of fetal thymus cells into patients with DiGeorge Syndrome has been recognized as effective therapy since the late 1960s.Many of the therapeutic applications involving fetal tissue are still experimental, so it is difficult to pinpoint fetal tissue transplantation's therapeutic potential. One promising application is the transplantation of human fetal brain cells into the substantia nigra of patients with Parkinson's disease to restore motor function. Fetal neural transplants have also shown promise for patients suffering from Alzheimer's disease, spinal cord and other neural tissue injuries, and possibly some forms of cortical blindness. Fetal liver cells may be useful for treatment of some kinds of bone marrow disease seen in leukemia and aplastic anemia patients. [End Page 81] Fetal tissue transplantation may also help those suffering from blood clotting disorders, such as sickle cell anemia, thalassemia, and hemophilia. Fetal pancreatic tissue has potential applications in the treatment of diabetes, especially juvenile onset diabetes. Human gene therapy may also employ embryonic and early fetal cells.The Center for Biomedical Ethics at the University of Minnesota reports that more than 1,000 patients have received transplanted fetal tissue worldwide. Countries where fetal tissue transplantation has occurred include: Australia, Canada, China, the Commonwealth of Independent States (formerly the U.S.S.R.), Cuba, Czechoslovakia, Finland, France, Germany, Great Britain, Hungary, India, Italy, Mexico, Norway, Spain, Sweden, and Yugoslavia (IV, Vawter 1992, p. 2; I, Spain 1988; VII, Reinikainen 1989).Fetal tissue has unique characteristics that make it especially valuable in some treatments. Fetal cells develop much faster than adult cells, hastening the therapeutic effect—a potentially significant benefit for gravely ill patients. They are also less likely to be rejected by transplant recipients because they are less antigenic than adult cells. This reduces the need for the exact tissue matches that can be so difficult to obtain. Fetal tissue is also easier to culture and proliferates more readily than comparable adult tissue. Furthermore, fetal tissue is in greater supply, due to the number of elective abortions.Questions about the use of fetuses and fetal tissue in biomedical research were raised in the United States in the early 1970s. Between 1969 and 1973, all 50 states enacted the Uniform Anatomical Gift Act, allowing for the donation of all or part of the body of a dead fetus for research or therapeutic research. Prospects for the use of fetal tissue increased after the Supreme Court decision in Roe v. Wade legalized abortion. As the availability of fetal tissue increased so did the concern over the potential for controversial research on living, soon-to-be-aborted fetuses, and anxiety over maltreatment of dead abortuses. Vivid examples include Geoffrey Chamberlain's 1968 report of an experiment on a fetus of 26 weeks gestational age. Delivered by hysterotomy from a 14-year-old patient, the fetus was attached to an "artificial placenta" and kept alive for more than... (shrink)

According to Chloe Romanis, it is worth distinguishing interventions such as surrogacy, uterus transplantation (UTx), and potentially artificial placenta technology, as falling under the genus assisted gestative technologies (AGTs) rather than the more general term assisted reproductive technologies (ARTs). The proposed genus of assisted gestative technologies is a helpful first step in the endeavour to distinguish between the different ethico-legal landscapes across various ‘assisted reproductive technologies.’ Yet, if assisted gestative technologies can be considered a genus of assisted reproductive (...) technologies, we might consider surrogacy, uterus transplantation (UTx), and artificial placenta technology their individual species. Between these various species of AGTs, I would argue, there remains enough ethico-legal diversity to warrant independent discussion about the descriptive and normative functions of each AGT and the relationship between gestation, genetic relatedness, and legal/moral parenthood. (shrink)

In the paper Assisted Gestative Technologies, Elizabeth Chloe Romanis advocates for the creation of a new category, which includes technological interventions that allow ‘persons who want to reproduce, potentially using their own genetic material, but are unable, or potentially unwilling, to undertake gestation’.1 Romanis conceptualises these technologies as a unified kind, a ‘genus’, and argues that they ‘collectively raise distinct ethical, legal and social issues from those related to assisted conception’.1 As I understand Romanis’ paper, her aims are twofold. The (...) first is conceptual: Romanis construes assisted gestative technologies as a separate kind with shared attributes and purposes, which differ from those of technologies that enable conception. The second is normative: Romanis champions the distinction between AGTs and other technologies as a useful way to tease apart relevant ‘ethical, legal and social issues’ that specifically concern AGTs. The reason for this, according to Romanis, is that gestation is ‘such a unique and demanding form of labour’.1 I agree with Romanis: gestation is indeed a unique and demanding form of labour, one with associated biological, cultural and political specificities with distinctive moral significance. It is for this very same reason that I believe that AGTs should not conceptually be considered as a unified category and should not be morally appraised as such, for relevant political and moral aspects of these technologies would be overlooked in the process. To clarify: Romanis’ use of genealogy to aid normative inquiry is a worthy endeavour. And I concur with the very convincing case she makes for the distinction between conception and gestation. My disagreement with Romanis rather concerns the conceptualisation of technologies such as gestational surrogacy, uterine transplantation and artificial placentas as a unified category, and the normative inquiry grounded in …. (shrink)

Muraskas et al. and Hefferman and Heilig present the painfully elusive ethical questions regarding decisionmaking in the care of the extremely low birth weight infants in the intensive care nursery. At what gestation or size do we resuscitate? Can we stop resuscitation after we have started? How much money is too much to spend? Is the distress of the parents of the ELBW infant, the anguish of their caregivers, and the moral and ethical uncertainty of the approach to these infants (...) too much to pay? Who speaks for the neonate: the parent, nurse, attorney, or physician? Ideally these questions should have been answered 30 years ago when modern neonatology embarked on a journey from where it could not return. A new breed of physician, called “neonatologist,” seduced by the high-tech lure and the promise of saving lives previously unsavable pioneered a lucrative and life-saving technological revolution in the care of premature newborns. This rapid advancement in neonatology occurred a few years after the death of a premature infant named Patrick Kennedy in 1963. While the country mourned, medical scientists vowed that this would not happen again. First continuous positive airway pressure, then mechanical ventilation, changed medical care of premature newborns forever. It began an era of euphoria and excitement. Neonatologists raced to push to the edge of newborn viability. What was the youngest salvageable gestational age? What was the smallest that could be saved? Yes, we dreamed, and still do dream of artificial placentas. Ethical questions took a back seat in the search for the edge because the waters were uncharted and the tough questions could not be answered without experience. What was to be the cost in dollars and in anguish to save the Patrick Kennedys of the world? Triumphs led to grave concerns as we approached the edge. However, no advancement in neonatology has ever changed the ultimate questions. (shrink)

Muraskas et al. and Hefferman and Heilig present the painfully elusive ethical questions regarding decisionmaking in the care of the extremely low birth weight infants in the intensive care nursery. At what gestation or size do we resuscitate? Can we stop resuscitation after we have started? How much money is too much to spend? Is the distress of the parents of the ELBW infant, the anguish of their caregivers, and the moral and ethical uncertainty of the approach to these infants (...) too much to pay? Who speaks for the neonate: the parent, nurse, attorney, or physician? Ideally these questions should have been answered 30 years ago when modern neonatology embarked on a journey from where it could not return. A new breed of physician, called seduced by the high-tech lure and the promise of saving lives previously unsavable pioneered a lucrative and life-saving technological revolution in the care of premature newborns. This rapid advancement in neonatology occurred a few years after the death of a premature infant named Patrick Kennedy in 1963. While the country mourned, medical scientists vowed that this would not happen again. First continuous positive airway pressure, then mechanical ventilation, changed medical care of premature newborns forever. It began an era of euphoria and excitement. Neonatologists raced to push to the edge of newborn viability. What was the youngest salvageable gestational age? What was the smallest that could be saved? Yes, we dreamed, and still do dream of artificial placentas. Ethical questions took a back seat in the search for the edge because the waters were uncharted and the tough questions could not be answered without experience. WhatwastobethecostindollarsandinanguishtosavethePatrickKennedysoftheworld?Triumphsledtograveconcerns asweapproachedtheedge.However,noadvancementinneonatologyhaseverchangedtheultimatequestions. (shrink)

In their paper, Romanis and Adkins delve into the potential impact of artificial amnion and placenta technology (AAPT) on cases of pregnancy loss1 that do not involve procreative loss. First, they call for more recognition of the negative feelings a person might have due to the premature end of their pregnant state. They claim that, should AAPT minimise concerns about prematurity as anticipated, individuals might feel pressured to opt for partial ectogestation to preserve their or their fetus’ well-being; (...) moreover, they point out that the feelings of loss in the context of AAPT are likely to be worse than the ones reported in neonatal intensive care units cases. Finally, they advocate for care pathways focusing on how the transfer of a fetus to the AAPT could affect the pregnant person, with particular attention to managing the grief potentially caused by the pregnancy loss. I praise the authors for such a call to action—especially since partial ectogestation is expected to become a reality in the short-term future—and I share their demands for additional and more attentive care of (formerly) pregnant patients. However, I am concerned that their approach is so focused on negative feelings towards pregnancy loss that it risks becoming …. (shrink)

The commentaries in response to our feature paper1 are indicative of the varied perspectives that can be taken towards artificial amnion and placenta technology (AAPT) and more specifically its relationship with pregnancy (loss). Kennedy rightly argues that empirical research is essential for understanding the experiences of pregnancy loss and AAPT2 and our own advocacy of empirical research is evident in previous work.3–5 Kennedy also acknowledges the current impossibility of researching AAPT experiences since it has not yet been applied (...) in clinical settings. It is precisely for this reason that we draw on the reported experiences of neonatal intensive care (NICU) parents since they present the closest analogy which can be drawn with the technology.1 What we reject in Kennedy’s response, however, is the claim that the experiences of NICU parents have been ‘exploited’ by us.2 Studies documenting the experiences of NICU parents were drawn on to indicate that our considerations are more than mere speculation. As stated, the experiences of NICU parents, particularly the pregnant individual who experiences pregnancy loss, are the closest indication we have of how AAPT and what it entails may be experienced. To claim that this data is being exploited by us is to undermine the very purpose that such research is undertaken—to indicate how future care may be improved. It would be much more harmful to not use this information. While we believe that experiences of …. (shrink)

Philosophical discussions concerning ectogestation are trending. And given that the Supreme Court of the United States overturned Roe v. Wade (1973) and Casey v. Planned Parenthood (1992), questions regarding the moral and legal status of abortion in light of the advent of ectogestation will likely continue to be of central importance in the coming years. If ectogestation can intersect with or even determine abortion policy in the future, then a new philosophical analysis of the legal status of abortion is both (...) warranted and urgently needed. I argue that, even if there is no ‘moral’ right to fetal destruction once ectogestation becomes a reality, societies ought not to implement legal prohibitions on a pregnant person’s ability to safely obtain an abortion that results in fetal death because such laws are systemically misogynistic. (shrink)

L’auteure de cet article, sage-femme et conseillère conjugale et familiale, s’attache à l’étude de l’objet placenta et l’analyse sous plusieurs formes : le point de vue ethnologique, le point de vue historique, le point de vue psychanalytique. Elle répertorie les différentes représentations qu’il revêt et indique des rites auxquels il est soumis. Elle étudie et analyse les raisons qui ont poussé les soignants actuels à le soustraire rapidement à la vue et encourage le lecteur à le penser différemment. Elle (...) amène, par la réflexion à laquelle elle le soumet, à lui redonner sa dimension symbolique de double de l’enfant nouvellement né, et à lui accorder la place importante qu’il mérite. (shrink)

Our ability to locate moral responsibility is often thought to be a necessary condition for conducting morally permissible medical practice, engaging in a just war, and other high-stakes endeavors. Yet, with increasing reliance upon artificially intelligent systems, we may be facing a wideningresponsibility gap, which, some argue, cannot be bridged by traditional concepts of responsibility. How then, if at all, can we make use of crucial emerging technologies? According to Colin Allen and Wendell Wallach, the advent of so-called ‘artificial (...) moral agents’ (AMAs) is inevitable. Still, this notion may seem to push back the problem, leaving those who have an interest in developing autonomous technology with a dilemma. We may need to scale-back our efforts at deploying AMAs (or at least maintain human oversight); otherwise, we must rapidly and drastically update our moral and legal norms in a way that ensures responsibility for potentially avoidable harms. This paper invokes contemporary accounts of responsibility in order to show how artificially intelligent systems might be held responsible. Although many theorists are concerned enough to develop artificial conceptions ofagencyor to exploit our present inability to regulate valuable innovations, the proposal here highlights the importance of—and outlines a plausible foundation for—a workable notion ofartificial moral responsibility. (shrink)

The authors respond to a recent consensus statement on maternal–fetal vital conflicts. Sound ethical analysis must depend on accurate medical facts, but there appear to be inconsistencies in the medical analysis. The consensus statement says that the specific threat to the health of the mother immediately subsides following detachment of the placenta from the uterus. The authors refute this assertion, since death from peripartum cardiomyopathy may occur months to years following delivery of the neonate or following termination. The authors (...) assert further that the placenta is an organ of the fetus and that any act on the placenta is a direct act on the fetus itself. National Catholic Bioethics Quarterly 15.1 : 31–37. (shrink)

This article examines the human placenta not only as a scientific, medical and biological entity but as a consumer bio-product. In the emergent placenta economy, the human placenta is exchanged and gains potentiality as food, medicine and cosmetics. Drawing on empirical research from the United States, the United Kingdom, Denmark and Japan, the authors use feminist cultural analysis and consumer theories to discuss how the placenta is exchanged and gains commodity status as a medical supplement, smoothie, (...) pill and anti-ageing lotion. Placenta preparers and new mothers cite medical properties and spirituality as reasons for eating or encapsulating the placenta, reinstating ideas of the liberated good mother. Meanwhile, the cosmetics industry situates the placenta as an extract and hence a commodity, re-naturalizing it as an anti-ageing, rejuvenating and whitening bio-product. The authors conclude that, in the emergent bio-economy, the dichotomy between the inner and the outer body is deconstructed, while the placenta gains clinical and industrial as well as affective value. (shrink)

While philosophers hold that it is patently absurd to blame robots or hold them morally responsible [1], a series of recent empirical studies suggest that people do ascribe blame to AI systems and robots in certain contexts [2]. This is disconcerting: Blame might be shifted from the owners, users or designers of AI systems to the systems themselves, leading to the diminished accountability of the responsible human agents [3]. In this paper, we explore one of the potential underlying reasons for (...) robot blame, namely the folk's willingness to ascribe inculpating mental states or "mens rea" to robots. In a vignette-based experiment (N=513), we presented participants with a situation in which an agent knowingly runs the risk of bringing about substantial harm. We manipulated agent type (human v. group agent v. AI-driven robot) and outcome (neutral v. bad), and measured both moral judgment (wrongness of the action and blameworthiness of the agent) and mental states attributed to the agent (recklessness and the desire to inflict harm). We found that (i) judgments of wrongness and blame were relatively similar across agent types, possibly because (ii) attributions of mental states were, as suspected, similar across agent types. This raised the question - also explored in the experiment - whether people attribute knowledge and desire to robots in a merely metaphorical way (e.g., the robot "knew" rather than really knew). However, (iii), according to our data people were unwilling to downgrade to mens rea in a merely metaphorical sense when given the chance. Finally, (iv), we report a surprising and novel finding, which we call the inverse outcome effect on robot blame: People were less willing to blame artificial agents for bad outcomes than for neutral outcomes. This suggests that they are implicitly aware of the dangers of overattributing blame to robots when harm comes to pass, such as inappropriately letting the responsible human agent off the moral hook. (shrink)

Deux figurines en terre cuite découvertes à Thasos, l’une votive, l’autre funéraire, nous conduisent, par leur ambiguïté, à se demander si les artisans ont donné une forme plastique au placenta humain alors même que les organes internes du corps ne sont presque jamais représentés. L’observation anatomique de l’« organe » comparée aux sources littéraires, médicales, épigraphiques et archéologiques offre des arguments valables pour appuyer l’hypothèse qu’il n’en a existé que des figurations indirectes, opérées à travers des métaphores imagées, selon (...) le mode connu en anthropologie de l’image grecque. Les figurines en mettant le placenta humain sur la même échelle que les fruits, les céréales, les gâteaux et l’enfant, tous pensés comme relevant d’un processus de cuisson correspondant à la vie civilisée, nous permettent de saisir des éléments essentiels autour desquels la cité se structure et font de cet organe un symbole de la fécondité. Aussi, le placenta devient-il fruit offert à Déméter, gâteau associé à la naissance pour Artémis ou signe des rites de passage de la jeune fille destinée à procréer des enfants légitimes.Two terracotta figurines found in Thasos, one from a votive, the other from a funerary context, invite us, by their ambiguity, to question whether craftsmen did represent the human placenta in a time when internal organs are almost never depicted. The anatomical observation of this bodily part, compared with literary, medical and epigraphic sources, supports the idea that indirect, metaphorical representations did exist and conform to the anthropological logic of Greek imagery. The figurines place the placenta at the same level as fruits, cereals, cakes and the child, all seen as the result of a cooking process corresponding to civilized culture. Thus, the placenta becomes a fruit offered to Demeter, and a cake associated with childbirth, when offered to Artemis; it is also the sign of the rites of passage for girls who will give birth to legitimate offspring. (shrink)

The application of Artificial Intelligence (AI) in healthcare and epidemiology undoubtedly has many benefits for the population. However, due to its environmental impact, the use of AI can produce social inequalities and long-term environmental damages that may not be thoroughly contemplated. In this paper, we propose to consider the impacts of AI applications in medical care from the One Health paradigm and long-term global health. From health and environmental justice, rather than settling for a short and fleeting green honeymoon (...) between health and sustainability caused by AI, it should aim for a lasting marriage. To this end, we conclude by proposing that, in the upcoming years, it could be valuable and necessary to promote more interconnected health, call for environmental cost transparency, and increase green responsibility. (shrink)

What does it mean to be human? Philosophers and theologians have been wrestling with this question for centuries. Recent advances in cognition, neuroscience, artificial intelligence and robotics have yielded insights that bring us even closer to an answer. There are now computer programs that can accurately recognize faces, engage in conversation, and even compose music. There are also robots that can walk up a flight of stairs, work cooperatively with each other and express emotion. If machines can do everything (...) we can, does that mean we are machines? -/- This book examines whether an artificial person can be constructed and if so, what that might tell us about our future and ourselves. Different human capacities such as perception, creativity, consciousness, social behavior, and free will are described in separate chapters. Technological advances in these areas are summarized and compared to our own abilities. The book adopts a multi-disciplinary approach, with a naturalistic perspective drawn from biology and psychology matched against a technological perspective based on computer science and robotics. (shrink)

The placenta arose during mammalian evolution, which is recent in evolutionary terms. Genetic changes underlying placental development remain identifiable by the new science of comparative genomics (approximately post‐2000). Randomly arising features of genomes including endogenous retroviruses and transposable elements have provided structural genes and gene‐regulatory motifs responsible for innovations in placental biology. Stochastic genetic events indeed contribute to new functionality. Theologically, random mutations are part of the strategy by which the divine purpose for humanity is attained. Placental function critically (...) underlies human brain development, and suboptimal function, associated with environmental conditions and maternal distress, contributes to mental health deficits in the offspring. Many enter life with handicaps arising from contingent events in utero, mandating understanding, compassion, and socioemotional support, imperatives native to moral including biblical values. The extended period of development afforded by placentation enables prenatal parenting, with implications for sensitive and devoted parental commitment. (shrink)

This article builds on feminist scholarship on new biologies and the body to describe the temporal politics of epigenetic research related to the human placenta. Drawing on interviews with scientists and observations at conferences and in laboratories, we argue that epigenetic research simultaneously positions placenta tissue as a way back into maternal and fetal bodies following birth, as a lens onto children’s future well-being, and as a bankable resource for ongoing research. Our findings reflect how developmental models of (...) health have helped recast the placenta as an agential organ that is uniquely responsive to environments during pregnancy and capable of embodying biological evidence about the effects of in utero experiences after birth. We develop the concept of ‘recursive embodiment’ to describe how placenta epigenetics is reimagining relationships between bodies and environments across developmental, epigenetic, and generational time, and the impacts this has for experiences of pregnancy and responsibilities related to children’s health. (shrink)

Could a sufficiently detailed computer simulation of consciousness replicate consciousness? In other words, is performing the right computations sufficient for artificial consciousness? Or will there remain a difference between simulating and being a conscious system, because the right computations must be implemented in the right way? From the perspective of Karl Friston's free energy principle, self-organising systems (such as living organisms) share a set of properties that could be realised in artificial systems, but are not instantiated by computers (...) with a classical (von Neumann) architecture. I argue that at least one of these properties, viz. a certain kind of causal flow, can be used to draw a distinction between systems that merely simulate, and those that actually replicate consciousness. Since this property is instantiated by all systems that conform to the free energy principle (not just conscious beings), the account on offer here can be extended to draw a distinction between simulating and being a certain type of system, more generally. In particular, this may inform meta-ethical accounts of artificial moral status and artificial moral agency. (shrink)

본 논문의 목적은 현재의 인공지능(artificial intelligence, 이하 AI) 윤리 논의에서 결여되어 있는 AI 개발자 윤리의 중요성과 필요성을 부각하고, AI 개발자 윤리로 덕성(virtue)기반의 모델이 적합함을 보여 이를 제안하는 것이다. AI는 고정된 과학기술이 아니라 발전노정에 있는 동적이라는 특성과 인간과의 상호작용에서 AI를 만든 인간의 삶에 지대한 영향을 끼치는 재귀적 특성이 있는 과학기술이다. 이러한 AI의 특성으로 인해, AI가 초래할 리스크에 대응하려는 AI 윤리는 발전 과정에 따라 제시되어야 한다는 점에서 체계적이고, 실천을 도모하는 동기부여의 구조를 가져야 한다는 점에서 기존 도덕의 형식적 특징인 1인칭, 2인칭, 3인칭 (...) 관점이 통합될 필요가 있다. 그런데 최근에 활발하게 제시된 많은 AI윤리 지침에 대한 메타 분석에 따르면, 현재의 지침으로서의 AI 윤리 논의들은 1인칭 관점의 동기부여가 없는 3인칭 관점에만 한정되어 실질적인 ‘윤리 실현’(ethics realizing)을 도모하기에 취약하다. AI 윤리 지침 자체가 추상적이고 모호할 뿐만 아니라, AI를 개발하는 사람들에게 아무런 영향력을 행사하지 못하는 ‘윤리 세탁’(ethics washing)에 불과하기 때문이다. 이러한 한계를 보완하기 위해서는 AI 개발자들이 AI 윤리를 내면화하여 규범적으로 실천하게 할 수 있게 하는 AI 개발자 윤리가 필요한데, 본 논문은 덕성 기반의 AI 개발자 윤리가 이러한 목적을 위해 효과적이라고 주장한다. 덕성 기반의 AI 개발자 모델은, 과학적 덕성 모델(scientific virtue model)이 그랬던 것처럼 AI 개발의 목적이 무엇인지, AI개발자들의 전문직 덕성(vocational virtue)이 무엇인지, 그리고 이러한 덕성을 함양하기 위한 효과적인 교육 방법은 무엇인지 등의 이론 연구와 AI 개발자들과의 소통을 토대로 하는 경험 연구의 결합을 통해 실천적 차원의 모델로 구체화될 수 있다. 본 논문에서 이론적으로 제안하는 덕성 기반의 AI 개발자 윤리가 추후 한국 사회의 경험 연구를 통해 실천적 차원의 모델로 구체화되어 AI가 초래하는 윤리적 문제들에 효과적으로 대응하면서 AI의 혜택이 풍성히 향유되는데 기여하기를 기대한다. (shrink)

According to the scenario of cosmological artificial selection and artificial cosmogenesis, our universe was created and possibly even fine-tuned by cosmic engineers in another universe. This approach shall be compared to other explanations, and some far-reaching problems of it shall be discussed.

Artificial Intelligence and Music Ecosystem highlights the opportunities and rewards associated with the application of AI in the creative arts. Featuring an array of voices, including interviews with Jacques Attali, Holly Herndon and Scott Cohen, this book offers interdisciplinary approaches to pressing ethical and technical questions associated with AI. Considering the perspectives of developers, students and artists, as well as the wider themes of law, ethics and philosophy, Artificial Intelligence and Music Ecosystem is an essential introduction for anyone (...) interested in the impact of AI on music, including those studying and working in the creative arts. (shrink)

We inhabit a world not only full of natural dispositions independent of human design, but also artificial dispositions created by our technological prowess. How do these dispositions, found in automation, computation, and artificial intelligence applications, differ metaphysically from their natural counterparts? This collection investigates artificial dispositions: what they are, the roles they play in artificial systems, and how they impact our understanding of the nature of reality, the structure of minds, and the ethics of emerging technologies. (...) It is divided into four parts covering the following interconnected themes: (i) Metaphysics and Artificial Dispositions, (ii) Artificial Systems and Artificial Dispositions, (iii) Agency, Mind, and Artificial Dispositions, and (iv) Artificial Moral Dispositions. This is a groundbreaking and thought-provoking resource for any student or scholar of philosophy of science, contemporary metaphysics, applied ethics, philosophy of mind, and philosophy of technology. (shrink)

Artificial Culture" is an examination of the articulation, construction, and representation of "the artificial" in contemporary popular cultural texts, especially science fiction films and novels. The book argues that today we live in an artificial culture due to the deep and inextricable relationship between people, our bodies, and technology at large. While the artificial is often imagined as outside of the natural order and thus also beyond the realm of humanity, paradoxically, artificial concepts are simultaneously (...) produced and constructed by human ideas and labor. The artificial can thus act as a boundary point against which we as a culture can measure what it means to be human. Science fiction feature films and novels, and other related media, frequently and provocatively deploy ideas of the artificial in ways which the lines between people, our bodies, spaces and culture more broadly blur and, at times, dissolve. Building on the rich foundational work on the figures of the cyborg and posthuman, this book situates the artificial in similar terms, but from a nevertheless distinctly different viewpoint. After examining ideas of the artificial as deployed in film, novels and other digital contexts, this study concludes that we are now part of an artificial culture entailing a matrix which, rather than separating minds and bodies, or humanity and the digital, reinforces the symbiotic connection between identities, bodies, and technologies. "--Provided by publisher. (shrink)

As China and the United States strive to be the primary global leader in AI, their visions are coming into conflict. This is frequently painted as a fundamental clash of civilisations, with evidence based primarily around each country’s current political system and present geopolitical tensions. However, such a narrow view claims to extrapolate into the future from an analysis of a momentary situation, ignoring a wealth of historical factors that influence each country’s prevailing philosophy of technology and thus their overarching (...) AI strategies. In this article, we build a philosophy-of-technology-grounded framework to analyse what differences in Chinese and American AI policies exist and, on a fundamental level, why they exist. We support this with Natural Language Processing methods to provide an evidentiary basis for our analysis of policy differences. By looking at documents from three different American presidential administrations––Barack Obama, Donald Trump, and Joe Biden––as well as both national and local policy documents (many available only in Chinese) from China, we provide a thorough comparative analysis of policy differences. This article fills a gap in US–China AI policy comparison and constructs a framework for understanding the origin and trajectory of policy differences. By investigating what factors are informing each country’s philosophy of technology and thus their overall approach to AI policy, we argue that while significant obstacles to cooperation remain, there is room for dialogue and mutual growth. (shrink)

I discuss the realizability and the ethical ramifications of Machine Ethics, from a number of different perspectives: I label these the anthropocentric, infocentric, biocentric and ecocentric perspectives. Each of these approaches takes a characteristic view of the position of humanity relative to other aspects of the designed and the natural worlds—or relative to the possibilities of ‘extra-human’ extensions to the ethical community. In the course of the discussion, a number of key issues emerge concerning the relation between technology and ethics, (...) and the nature of what it is to have moral status. Some radical challenges to certain technological presuppositions and ramifications of the infocentric approach will be discussed. Notwithstanding the obvious tensions between the infocentric perspective on one side and the biocentric and ecocentric perspectives on the other, we will see that there are also striking parallels in the way that each of these three approaches generates challenges to an anthropocentric ethical hegemony, and possible scope for some degree of convergence. (shrink)

Much more than their machinic reality, current iterations of AI rely on imagined divisions of human and non-human properties and skills that have genealogical ties to colonization. For this reason, research efforts have recently been made to historicize these imaginaries, connecting them to colonial ideals that delegate black and brown colonized people into the realm of the non-human. Atanasoski and Vora (Surrogate humanity. Race, robots and the politics of technological futures, Duke, Durham and London, 2019) have called this a “surrogate (...) humanity”, where narratives of autonomous technologies function to disappear precisely the formerly colonized peoples that are enveloped in its production process. At the same time, the gendered and racialized roots of this maternal figure represents an opportunity to uncover and critique the invisibilization of embodied resources necessary to produce AI, precarious bodies labouring to produce algorithmic infrastructures in a manner that can be considered in a genealogy of carework and reproduction. These genealogies complicate the detachment suggested by the surrogate figure and go beyond it to proclaim a more generative function of the relationship between the black maternal figure and AI. The article analyses Tabita Rezaire’s multi-media artwork Sugar Walls Teardom to think through decolonial and queer renderings of the black female bodies upon which technological imaginaries rest, to extend beyond AI surrogacy and towards notions of kinship, care and world-making by producing an AI aesthetics that is relational, embodied, and celebratory of other ways of liveness. (shrink)

Organizations such as the EU High-Level Expert Group on AI and the IEEE have recently formulated ethical principles and (moral) values that should be adhered to in the design and deployment of artificial intelligence (AI). These include respect for autonomy, non-maleficence, fairness, transparency, explainability, and accountability. But how can we ensure and verify that an AI system actually respects these values? To help answer this question, I propose an account for determining when an AI system can be said to (...) embody certain values. This account understands embodied values as the result of design activities intended to embed those values in such systems. AI systems are here understood as a special kind of sociotechnical system that, like traditional sociotechnical systems, are composed of technical artifacts, human agents, and institutions but—in addition—contain artificial agents and certain technical norms that regulate interactions between artificial agents and other elements of the system. The specific challenges and opportunities of embedding values in AI systems are discussed, and some lessons for better embedding values in AI systems are drawn. (shrink)

1. WHAT IS ARTIFICIAL INTELLIGENCE? One of the fascinating aspects of the field of artificial intelligence (AI) is that the precise nature of its subject ..