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Science of morality (also known as science of ethics or scientific ethics) may refer to various forms of ethical naturalism grounding morality and ethics in rational, empirical consideration of the natural world. It is sometimes framed as using the scientific approach to determine what is right and wrong, in contrast to the widespread belief that "science has nothing to say on the subject of human values".

Overview

Moral science may refer to the consideration of what is best for, and how to maximize the flourishing of, either particular individuals or all conscious creatures. It has been proposed that "morality" can be appropriately defined on the basis of fundamental premises necessary for any empirical, secular, or philosophical discussion and that societies can use the methods of science to provide answers to moral questions.

The norms advocated by moral scientists (e.g. rights to abortion, euthanasia, and drug liberalization under certain circumstances) would be founded upon the shifting and growing collection of human understanding. Even with science's admitted degree of ignorance, and the various semantic issues, moral scientists can meaningfully discuss things as being almost certainly "better" or "worse" for promoting flourishing.

History

In philosophy

Utilitarian Jeremy Bentham discussed some of the ways moral investigations are a science. He criticized deontological ethics for failing to recognize that it needed to make the same presumptions as his science of morality to really work – whilst pursuing rules that were to be obeyed in every situation (something that worried Bentham).

W. V. O. Quine advocated naturalizing epistemology by looking to natural sciences like psychology for a full explanation of knowledge. His work contributed to a resurgence of moral naturalism in the last half of the 20th century. Paul Kurtz, who believes that the careful, secular pursuit of normative rules is vital to society, coined the term eupraxophy to refer to his approach to normative ethics. Steven Pinker, Sam Harris, and Peter Singer believe that we learn what is right and wrong through reason and empirical methodology.

Maria Ossowska thought that sociology was inextricably related to philosophical reflections on morality, including normative ethics. She proposed that science analyse: (a) existing social norms and their history, (b) the psychology of morality, and the way that individuals interact with moral matters and prescriptions, and (c) the sociology of morality.

In popular literature

The theory and methods of a normative science of morality are explicitly discussed in Joseph Daleiden's The Science of Morality: The Individual, Community, and Future Generations (1998). Daleiden's book, in contrast to Harris, extensively discusses the relevant philosophical literature. In The Moral Landscape: How Science Can Determine Human Values, Sam Harris's goal is to show how moral truth can be backed by "science", or more specifically, empirical knowledge, critical thinking, philosophy, but most controversially, the scientific method.

Patricia Churchland offers that, accepting David Hume's is–ought problem, the use of induction from premises and definitions remains a valid way of reasoning in life and science:

Our moral behavior, while more complex than the social behavior of other animals, is similar in that it represents our attempt to manage well in the existing social ecology. ... from the perspective of neuroscience and brain evolution, the routine rejection of scientific approaches to moral behavior based on Hume's warning against deriving ought from is seems unfortunate, especially as the warning is limited to deductive inferences. ... The truth seems to be that values rooted in the circuitry for caring—for well-being of self, offspring, mates, kin, and others—shape social reasoning about many issues: conflict resolutions, keeping the peace, defense, trade, resource distribution, and many other aspects of social life in all its vast richness.

Daleiden and Leonard Carmichael warn that science is probabilistic, and that certainty is not possible. One should therefore expect that moral prescriptions will change as humans gain understanding.

Views in scientific morality

Training to promote good behaviour

The science of morality may aim to discover the best ways to motivate and shape individuals. Methods to accomplish this include instilling explicit virtues, building character strengths, and forming mental associations. These generally require some level of practical reason. James Rest suggested that abstract reasoning is also a factor in making moral judgements and emphasized that moral judgements alone do not predict moral behaviour: “Moral judgement may be closely related to advocacy behaviour, which in turn influences social institutions, which in turn creates a system of norms and sanctions that influences people’s behaviour.” Daleiden suggested that religions instill a practical sense of virtue and justice, right and wrong. They also effectively use art and myths to educate people about moral situations.

Role of government

Harris argues that moral science does not imply an "Orwellian future" with "scientists at every door". Instead, Harris imagines data about normative moral issues being shared in the same way as other sciences (e.g. peer-reviewed journals on medicine).

Daleiden specifies that government, like any organization, should have limited power. He says "centralization of power irrevocably in the hands of one person or an elite has always ultimately led to great evil for the human race. It was the novel experiment of democracy—a clear break with tradition—that ended the long tradition of tyranny.” He is also explicit that government should only use law to enforce the most basic, reasonable, proven and widely supported moral norms. In other words, there are a great many moral norms that should never be the task of the government to enforce.

Role of punishment

One author has argued that to attain a society where people are motivated by conditioned self-interest, punishment must go hand-in-hand with reward. For instance, in this line of reasoning, prison remains necessary for many perpetrators of crimes. This is so, even if libertarian free will is false. This is because punishment can still serve its purposes: it deters others from committing their own crimes, educates and reminds everyone about what the society stands for, incapacitates the criminal from doing more harm, goes some way to relieving or repaying the victim, and corrects the criminal (also see recidivism). This author argues that, at least, any prison system should be pursuing those goals, and that it is an empirical question as to what sorts of punishment realize these goals most effectively, and how well various prison systems actually serve these purposes.

Research

The brain areas that are consistently involved when humans reason about moral issues have been investigated. The neural network underlying moral decisions overlaps with the network pertaining to representing others' intentions (i.e., theory of mind) and the network pertaining to representing others' (vicariously experienced) emotional states (i.e., empathy). This supports the notion that moral reasoning is related to both seeing things from other persons’ points of view and to grasping others’ feelings. These results provide evidence that the neural network underlying moral decisions is probably domain-global (i.e., there might be no such things as a "moral module" in the human brain) and might be dissociable into cognitive and affective sub-systems.

An essential, shared component of moral judgment involves the capacity to detect morally salient content within a given social context. Recent research implicated the salience network in this initial detection of moral content. The salience network responds to behaviourally salient events, and may be critical to modulate downstream default and frontal control network interactions in the service of complex moral reasoning and decision-making processes. This suggest that moral cognition involves both bottom-up and top-down attentional processes, mediated by discrete large-scale brain networks and their interactions.

In universities

Moral sciences is offered at the degree level at Ghent University (as "an integrated empirical and philosophical study of values, norms and world views")

Other implications

Daleiden provides examples of how science can use empirical evidence to assess the effect that specific behaviours can have on the well-being of individuals and society with regard to various moral issues. He argues that science supports decriminalization and regulation of drugs, euthanasia under some circumstances, and the permission of sexual behaviours that are not tolerated in some cultures (he cites homosexuality as an example). Daleiden further argues that in seeking to reduce human suffering, abortion should not only be permissible, but at times a moral obligation (as in the case of a mother of a potential child who would face the probability of much suffering). Like all moral claims in his book, however, Daleiden is adamant that these decisions remain grounded in, and contingent on empirical evidence.

The ideas of cultural relativity, to Daleiden, do offer some lessons: investigators must be careful not to judge a person's behaviour without understanding the environmental context. An action may be necessary and more moral once we are aware of circumstances. However, Daleiden emphasizes that this does not mean all ethical norms or systems are equally effective at promoting flourishing and he often offers the equal treatment of women as a reliably superior norm, wherever it is practiced.

Criticisms

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The idea of a normative science of morality has met with many criticisms from scientists and philosophers. Critics include physicist Sean M. Carroll, who argues that morality cannot be part of science. He and other critics cite the widely held "fact-value distinction", that the scientific method cannot answer "moral" questions, although it can describe the norms of different cultures. In contrast, moral scientists defend the position that such a division between values and scientific facts ("moral relativism") is not only arbitrary and illusory, but impeding progress towards taking action against documented cases of human rights violations in different cultures.

Stephen Jay Gould argued that science and religion occupy "non-overlapping magisteria". To Gould, science is concerned with questions of fact and theory, but not with meaning and morality – the magisteria of religion. In the same vein, Edward Teller proposed that politics decides what is right, whereas science decides what is true.

During a discussion on the role that naturalism might play in professions like nursing, the philosopher Trevor Hussey calls the popular view that science is unconcerned with morality "too simplistic". Although his main focus in the paper is naturalism in nursing, he goes on to explain that science can, at very least, be interested in morality at a descriptive level. He even briefly entertains the idea that morality could itself be a scientific subject, writing that one might argue "... that moral judgements are subject to the same kinds of rational, empirical examination as the rest of the world: they are a subject for science – although a difficult one. If this could be shown to be so, morality would be contained within naturalism. However, I will not assume the truth of moral realism here."

See also

• Ethical calculus
• Ethical theory
• Evolution of morality
• Evolutionary ethics
• Golden Rule
• Felicific calculus
• Kohlberg's stages of moral development
• Meta-ethics
• Moral conviction
• Moral relativism
• Moral scepticism
• Pareto efficiency
• The Moral Arc, a book by Michael Shermer
• Scientism
• Social Darwinism
• Value (personal and cultural)
• Welfare economics

Notes

1. To quote Carmichael: "We do not turn aside from what we know about astronomy at any time because there is still a great deal we do not know, or because so much of what we once thought we knew is no longer recognized as true. May not the same argument be accepted in our thinking about ethical and esthetic judgements?"
2. Joseph Daleiden's final word regarding his book, The Science of Morality, is that “ should be included with the social sciences and be subject to as rigorous a scientific program of research as any other area of human behaviour. Lacking this scientific rigour, the moral conclusions drawn in this volume must be considered as working hypotheses, some with greater degree of evidentiary support than others. It is the process by which to assess and transmit moral norms that was the primary focus of this work, and I hope it will serve as a new way of deciding moral issues.”
3. Hussey writes "The relationship between naturalism and morality and politics is complicated, and is difficult to state in a few sentences because it involves deep philosophical issues. Only the briefest discussion is possible here. The most popular view is that science, and hence naturalism, is concerned with objective facts and not with values: with what is the case rather than what ought to be. But this is too simplistic." He gives a reason immediately: "First, at the very least, science can study morality and politics at a descriptive level and try to understand their workings within societies and in the lives of individuals, and investigate their evolutionary origins, their social propagation, and so on." Hussey then describes how scientists must adhere to certain values, but also how values guide what it is that science may investigate. His real interest in the paper is to justify naturalism as a nursing practice, yet he does eventually write: "Finally, the idea that science and morality are separate realms, one dealing with facts the other with values, is not as certain and clear-cut as it seems. Various versions of moral realism are now widely discussed among philosophers (e.g. Railton, 1986, 1996, 2003; Sayre-McCord, 1988; Dancy, 1993; Casebeer, 2003; Shafer-Landau, 2003; Baghramian, 2004; Smith, 1994, 2004). Despite their differences, moral realists generally agree on two principles. First, that our moral utterances, such as ‘Murder is morally wrong’ or ‘We ought to be honest’ are genuine statements and hence they are capable of being either true or false. Second, what makes them either true or false are aspects of the real world, open to objective examination. It can be argued that it is an implication of this thesis that moral judgements are subject to the same kinds of rational, empirical examination as the rest of the world: they are a subject for science – although a difficult one." He continues "If this could be shown to be so, morality would be contained within naturalism. However, I will not assume the truth of moral realism here. It is sufficient to say that it has at least as much credibility as any theory claiming a supernatural or divine foundation for morality: views which, while popular among the general public, do not have widespread support among moral philosophers – for what that is worth." Hussey thus directs discussion back towards Naturalism in nursing because his main point in all this was, in the end, to prove that naturalistic moralities are not necessarily less credible than supernatural ones, and may even be more credible.

References

1. Lenman, James (2008). "Moral Naturalism". In Edward N. Zalta (ed.). The Stanford Encyclopedia of Philosophy (Winter 2008 ed.).
2. "The Moral Landscape How Science Can Determine Human Values". Sam Harris. Retrieved 24 July 2019.
3. Ted.com, "Sam Harris: Science Can Answer Moral Questions."
4. Harris, The Moral Landscape, pp. 39ff
5. Daleiden, Joseph (1998). The Science of Morality: The Individual, Community, and Future Generations. Prometheus Books. ISBN 978-1-57392-225-8.
6. Harris, Sam (2010). The Moral Landscape. Free Press. ISBN 978-1-4391-7121-9.
7. ^ Daleiden, Joseph (1998). Chapter 20: Summary and conclusions. Pages 485–500
8. Sam Harris (2010), page 183: "Much of the skepticism I encounter when speaking about these issues comes from people who think "happiness" is a superficial state of mind and that there are far more important things in life than "being happy." Some readers may think that concepts like "well-being" and "flourishing" are similarly effete. However, I don't know of any better terms with which to signify the most positive states of being to which we can aspire. One of the virtues of thinking about a moral landscape, the heights of which remain to be discovered, is that it frees us from these semantic difficulties. Generally speaking, we need only worry about what it will mean to move "up" as opposed to "down".
9. Deontology, or The Science of Morality
10. "Steven Pinker".
11. At 11:25 in the video debate at http://thesciencenetwork.org/programs/the-great-debate/the-great-debate-panel-1
12. Zdrenka, Marcin T. (2006). "Maria Ossowska: Moral Philosopher or Sociologist of Morals?". Journal of Classical Sociology. 6 (3): 311–331. doi:10.1177/1468795x06069681. S2CID 144893586.
13. "The Great Debate Panel".
14. Churchland, Patricia Smith (2011). Braintrust: What Neuroscience Tells Us About Morality. Princeton University Press. pp. 7–9. ISBN 978-0-691-13703-2. LCCN 2010043584.
15. p502, Daleiden (1998)
16. Leaonard Carmichael, the chapter "Absolutes, Relativism and the Scientific Psychology of Human Nature", H. Schoeck and J. Wiggins (eds), in the book "Relativism and the Study of Man, Princeton, NJ: D. Van Nostrand, 1961, page 16
17. ^ James R. Rest, Development in Judging Moral Issues. (1979). Minneapolis: University of Minnesota Press.
18. 323, 326, Daleiden (1998)
19. www.salon.com Asked "Let's say scientists do end up discovering moral truths. How are they supposed to enforce their findings? Would they become something like policemen or priests?" Harris writes "They wouldn’t necessarily enforce them any more than they enforce their knowledge about human health. What are scientists doing with the knowledge that smoking causes cancer or obesity is bad for your health, or that the common cold is spread by not washing your hands? We’re not living in some Orwellian world where we have scientists in lab coats at every door. Imagine we discovered that there is a best way to teach your children to be compassionate, or to defer short-term gratification in the service of a long-term goal. What if it turns out to be true that calcium intake in the first two years of life has a significant effect on a child’s emotional life? If we learn that, what parent wouldn’t want that knowledge? The fear of a "Brave New World" component to this argument is unfounded."
20. 219, Daleiden (1998)
21. 273–274, Daleiden (1998)
22. 77, Daleiden (1998), quote “We use rewards and punishments, praise and blame, in training any animal. The human species is only different in degree in this regard, not in kind.”
23. 289, Daleiden (1998)
24. Bzdok, Danilo; Schilbach, Leonhard; Vogeley, Kai; Schneider, Karla; Laird, Angela R.; Langner, Robert; Eickhoff, Simon B. (2012). "Parsing the neural correlates of moral cognition: ALE meta-analysis on morality, theory of mind, and empathy". Brain Structure and Function. 217 (4): 783–796. doi:10.1007/s00429-012-0380-y. PMC 3445793. PMID 22270812.
25. Sevinc, Gunes; Gurvit, Hakan; Spreng, R. Nathan (July 2017). "Salience network engagement with the detection of morally laden information". Social Cognitive and Affective Neuroscience. 12 (7): 1118–1127. doi:10.1093/scan/nsx035. PMC 5490682. PMID 28338944.
26. Seeley, W. W.; Menon, V.; Schatzberg, A. F.; Keller, J.; Glover, G. H.; Kenna, H.; Reiss, A. L.; Greicius, M. D. (28 February 2007). "Dissociable Intrinsic Connectivity Networks for Salience Processing and Executive Control". Journal of Neuroscience. 27 (9): 2349–2356. doi:10.1523/JNEUROSCI.5587-06.2007. PMC 2680293. PMID 17329432.
27. Menon, Vinod; Uddin, Lucina Q. (29 May 2010). "Saliency, switching, attention and control: a network model of insula function". Brain Structure and Function. 214 (5–6): 655–667. doi:10.1007/s00429-010-0262-0. PMC 2899886. PMID 20512370.
28. "Moral sciences | Department of Philosophy and Moral Sciences | Ghent University". ugent.be. Retrieved 2024-05-17.
29. ^ 100, Daleiden
30. Sean Carroll (2010-05-04). "Science And Morality: You Can't Derive 'Ought' From 'Is'". NPR. Retrieved 2010-06-14. Casting morality as a maximization problem might seem overly restrictive at first glance, but the procedure can potentially account for a wide variety of approaches. A libertarian might want to maximize a feeling of personal freedom, while a traditional utilitarian might want to maximize some version of happiness. The point is simply that the goal of morality should be to create certain conditions that are, in principle, directly measurable by empirical means. ...Nevertheless, I want to argue that this program is simply not possible. ... Morality is not part of science, however much we would like it to be. There are a large number of arguments one could advance for in support of this claim, but I'll stick to three.
31. Sam Harris (2010-03-29). "Moral confusion in the name of "science"". PROJECT REASON. Retrieved 2014-12-06. There are also very practical, moral concerns that follow from the glib idea that anyone is free to value anything—the most consequential being that it is precisely what allows highly educated, secular, and otherwise well-intentioned people to pause thoughtfully, and often interminably, before condemning practices like compulsory veiling, genital excision, bride-burning, forced marriage, and the other cheerful products of alternative "morality" found elsewhere in the world. Fanciers of Hume's is/ought distinction never seem to realize what the stakes are, and they do not see what an abject failure of compassion their intellectual "tolerance" of moral difference amounts to. While much of this debate must be had in academic terms, this is not merely an academic debate. There are women and girls getting their faces burned off with acid at this moment for daring to learn to read, or for not consenting to marry men they have never met, or even for the crime of getting raped.
32. Essays on Science and Society. "Science and Morality".
33. Naturalistic nursing, Trevor Hussey (2011), Nursing Philosophy, Vol 12, Pg.45–52.

• Morality
• Philosophy of science