Since Zygon: Journal of Religion and Science was founded 49 years ago and since one of its co-publishers, the Institute on Religion in an Age of Science (IRAS), was founded 60 years ago, there have been significant developments in their various cultural contexts—in science, in religion, in culture, in academia, and in the science and religion dialogue. This article is a personal remembrance and reflection that compares the context of IRAS in 1954 when it was first organized with the context (...) of IRAS and Zygon today. It considers the contemporary niche of IRAS in relation to the developments that have occurred over the past 60 years. (shrink)

Beginning with our cosmic ancestors and the 1950s ancestors of Institute on Religion in an Age of Science, this essay highlights the wider, post-World War II cultural context, including other science and religion organizations, in which IRAS was formed. It then considers eight challenges from today's context. From the context of science there are the challenge of scale that leads us to question our place in the scheme of things and can lead to a challenge to morale concerning whether we (...) make any difference; the challenge of human variability that leads to the question whether there is a single human moral nature; and the challenge of detailed explanation that leads to the question of what is the task of theology in relation to detailed scientific explanation. From the religion context there are the challenge of objectivity—studying religion without practicing religion; and the challenge of pluralism and the variety of cultural and religious perspectives. From the context of the growing and diverse science-and-religion enterprise, considered from the perspective of IRAS developed in the first part of this essay, there are the challenges of apologetics and intellectualization. Finally, from the context of our growing, worldwide consumerist culture that is contributing to the radical alteration of the planetary environment, leading to much suffering, there is the challenge of becoming more motivated to act for the long-term global good. (shrink)

. This paper outlines an evolutionary theory of knowledge involving not only conceptual but also behavioral and experiential knowledge. It suggests human knowledge is continuous at the behavioral and experiential level with that of nonhuman animals. By contrasting an evolutionary understanding of ultimate reality with the more traditional, personalistic understanding, the paper shows how an evolutionary epistemology applies to religion in terms of both general and special revelation. Finally, the paper explores how one might respond to the problem of religious (...) knowledge in a pluralistic age and how a nonpersonal, evolutionary understanding of God might be religiously adequate. (shrink)

One task of religion is delivering human beings from evil within and between themselves. Defining good as well-being or functioning well, evil as impaired functioning, and doing evil as impairing the functioning of others, this essay explores how religions in consort with other social institutions might understand and respond to evil in light of contemporary scientific knowledge. To understand evil I use a multicausal approach that includes both biological and sociocultural environmental causes. I illustrate the use of this approach by (...) analyzing how we might understand and respond to human rage and violence. (shrink)

This essay briefly examines the original visions of Zygon , how they helped explain the publication of a new journal, and what they imply for where we might be going today.

This essay develops a theological naturalism using Gordon Kaufman's nonpersonal idea of God as serendipitous creativity in contrast to the personal metaphorical theology of Sallie McFague. It then develops a Christian theological naturalism by using Kaufman's idea of historical trajectories, specifically Jesus trajectory1 and Jesus trajectory2. The first is the trajectory in the early Christian church assuming a personal God in the framework of Greek philosophy that results in the Trinity. The second is the naturalistic-humanistic trajectory of creativity (God) that (...) evolves from nonpersonal interactions in the universe and life to creativity in persons and is manifested in Jesus as love. This is elaborated further with Dean Keith Simonton's Darwinian understanding of genius and Marcus Borg's analysis of Jesus as Jewish mystic, teacher of alternative wisdom, and nonviolent resister to the domination system of the Roman Empire. What makes Jesus a religious genius is his exemplifying unconditional, universal love—a new mode of creativity (God) that has evolved from nonhuman to a human form. (shrink)

In an evolutionary world, humans need “salvation” understood as restoring and maintaining well‐being or functioning well. Humans are embedded in, embodiments of, and emergent creative‐creatures of the universe. We have evolved also as ambivalent creatures—doing good, harm, and being bystanders while harm is being done. Multiple factors—for example, genetic, neurological, child developmental, and societal—contribute to malfunctioning and harmful behavior, and multiple religious and secular approaches help restore well‐being. I develop a view of Jesus as a “religious genius” who, grounded in (...) a direct experience of God, taught undiscriminating love and engaged in nonviolent political activism against the unjust domination system of the Roman Empire. Christians and others can follow Jesus by engaging in meditative practices that facilitate well‐being out of which compassion for others and a passion for justice flows. Universal love rooted in Jesus is compatible with an evolutionary perspective that all humans are part of a natural family. (shrink)

Eugene d’Aquili and Andrew B. Newberg in their book The Mystical Mind suggest that their neurotheology is both a metatheology and a megatheology. In this commentary I question whether neurotheology is comprehensive enough and suggest that it needs to and possibly can take into account the moral and social dimensions of religion. I then propose an alternative metatheology and megatheology: evolutionary theology grounded in the science of biocultural evolution and focusing on ultimate reality as creatively immanent in natural and human (...) history. Neurotheology and evolutionary theology may complement one another. Evolutionary theology accounts for both the neurology of the brain and culturally evolved ideas and practices of particular religions and their theologies. Hence it seems more comprehensive than neurotheology. However, because ultimate reality in evolutionary theology is immanent in the world of space and time, of baseline experience, it cannot account for the mystic experience of absolute unitary being. In accounting for this transcendent experience and its reality, neurotheology is more comprehensive. However, neither theology can account for how transcendent ultimate reality, experienced by the mystic as absolute unitary being, gives rise to the changing world experienced as baseline reality. (shrink)

Outlining the characteristics of “wicked” and “super‐wicked” problems, climate change is considered as a global super‐wicked problem that is primarily about the future. Being global‐ and future‐oriented makes climate change something we have to learn to live with but cannot expect to solve. Because the Institute on Religion in an Age of Science (IRAS) is a multidisciplinary society that yokes the natural and social sciences with values, it is in a position to explore strategies for living with climate change—exemplified by (...) the articles in this section. Finally, asking “who/what is in charge,” it is suggested that in a dynamically interrelated and evolving world no one is. It is important to distinguish between good that is already created and the creative interactions that give rise to new good. In order to live with climate change, our primary orientation should be to live with the creativity that has created and continues to create our life on Planet Earth—since we are not able to know what the future holds. (shrink)

Developing a scientifically grounded philosophy of cosmic evolution, and using the moral norm of completeness as dynamic harmony, this paper argues that humans are a part of nature in both its conserving and emergent aspects. Humans are both material and cultural, instinctual‐emotional and rational, creatures and creators, and carriers of stability and change. To ignore any of the multifaceted aspects of humanity in relation to the rest of nature is to commit one of a number of fallacies that are grounded (...) in a dualistic‐conquest mentality. Examples of some new developments in philosophy and theology, metaphorical images, and ritual show how to overcome dualism in favor of a dynamic harmony of humanity within nature. (shrink)

Much good work has been done on the evolution of human morality by focusing on how “selfish genes‘ can give rise to altruistic human beings. A richer research program is needed, however, to take into account the ambivalence of naturally evolved biopsychological motivators and the historical pluralism of human morality in religious systems. Such a program is described here. A first step is to distinguish the ultimate cause of natural selection from proximate causes that are the results of natural selection. (...) Next, some proximate causes are suggested as possible conditions of biological and emotional valuing as well as of customary social morality and individual rational ethical thought. Finally, different moral perspectives of Confucianism, Hinduism, Buddhism, and Christianity are briefly presented in order to illustrate how one might inquire about the selection of a variety of biopsychological and cultural proximate causes that enable the evolution of a plurality of religious moral systems. (shrink)

Much good work has been done on the evolution of human morality by focusing on how “selfish genes” can give rise to altruistic human beings. A richer research program is needed, however, to take into account the ambivalence of naturally evolved biopsychological motivators and the historical pluralism of human morality in religious systems. Such a program is described here. A first step is to distinguish the ultimate cause of natural selection from proximate causes that are the results of natural selection. (...) Next, some proximate causes are suggested as possible conditions of biological and emotional valuing as well as of customary social morality and individual rational ethical thought. Finally, different moral perspectives of Confucianism, Hinduism, Buddhism, and Christianity are briefly presented in order to illustrate how one might inquire about the selection of a variety of biopsychological and cultural proximate causes that enable the evolution of a plurality of religious moral systems. (shrink)

In my response to the comments of Charley Hardwick, Ann Pederson, and Greg Peterson, I continue the narrative, confessional mode of my writing in Dancing with the Sacred. First, I sketch some methodological decisions underlying my naturalistic, evolutionary, practical theology. I then respond to the encouraging suggestions of my commentators by further developing my ideas about naturalism, mystery, creativity as God, the place of ecological responsibility in my thinking, sin, and eschatology. I offer suggestions as to how I might widen (...) the practical applications of my theology beyond environmental and medical ethics to other areas of moral responsibility in relation to the creative process. I do all this with much appreciation for the care and careful critical reflection that my commentators have devoted to my thinking. (shrink)

For forty years, Creighton Peden has been engaged in significant scholarship to preserve the nineteenth and twentieth-century tradition of American empirical, pragmatic theology and in particular, the work of the Chicago School. He has edited or coedited several volumes of authors’ unpublished works including one with John Gaston on Edward Scribner Ames, also published in 2011. Further, he has created a series of intellectual biographies on leaders of this unique tradition.Peden’s biography of Ames is organized in three sections. The opening (...) two chapters set the historical context of Ames’s work in the Disciples of Christ denomination and in his own personal autobiography. The middle section.. (shrink)

In excerpts from my Dancing with the Sacred (2002), I use ideas from modern science, our world's religions, and my own experience to highlight three themes of the book. First, working within the framework of a scientific worldview, I develop a concept of the sacred (or God) as the creative activity of nature, human history, and individual life. Second, I offer a relational understanding of human nature that I call our social‐ecological selves and suggest some general considerations about what it (...) means to live meaningfully and morally in an evolutionary world. Third, I explore how we might be at home in a universe that is constantly changing and in which suffering and death are interwoven with life and new creation. (shrink)

In my summary lecture at the IRAS 1997 Star Island Conference on the Evolution of Morality, I reflected on the thinking of other speakers in light of my own personal experience. My remarks were organized around five questions: (1) Do worldviews matter, and how do we decide if some matter more than others? (2) What does it mean to be moral? (3) What is the relation between biology and culture? (4) How does a scientific, sociobiological description of how we have (...) become moral fit with our own personal quest for meaning and moral guidance toward richer and fuller lives? (5) How do we test evolutionary views of the biological conditions of morality scientifically? (shrink)

In my summary lecture at the IRAS 1997 Star Island Conference on the Evolution of Morality, I reflected on the thinking of other speakers in light of my own personal experience. My remarks were organized around five questions: (1) Do worldviews matter, and how do we decide if some matter more than others? (2) What does it mean to be moral? (3) What is the relation between biology and culture? (4) How does a scientific, sociobiological description of how we have (...) become moral fit with our own personal quest for meaning and moral guidance toward richer and fuller lives? (5) How do we test evolutionary views of the biological conditions of morality scientifically? (shrink)

Abstract.Differences in methods of knowing correlate with differences in concepts about what is known. This is an underlying issue in science and religion. It is seen, first, in Arthur Peacocke's reasoning about God as transcendent and personal, is based on an assumption of correlative thinking that like causes like. This contrasts with a notion of causation in empirical science, which explains the emergence of new phenomena as originating from temporally prior phenomena quite unlike that which emerges. The scientific understanding of (...) causation is compatible with a naturalistic theism that holds a nonpersonal model of God as the creative process. However, focusing on the immanence of God, there is a second correlation between methods of knowing and concepts of God. Classical empiricism, used by science, correlates with God understood nonpersonally as the creative process. Radical empiricism, in which feelings and not only sense perceptions have cognitive import, opens up the possibility that one can experience Peacocke's personal, panentheistic God as pattern‐forming influence. I illustrate this second method‐concept correlation with a personal experience. (shrink)

Abstract.In order to develop a single narrative of God's continuing creation that includes salvation, this essay in theological construction focuses on the idea of transformation. Using the metaphor of conceptual maps in science and religion, it weaves together ideas about evolution, God working in the world, and how humans can be brought to wholeness in community in relation to God.

Through cultivating my thinking, along with that of many others, Ralph Burhoe taught me to understand myself in relational terms. He helped me to appreciate religious traditions on scientific grounds and to see how religion adapts to changing conditions even as it continues to provide meaning and guidance to the wider culture. He restored my belief in an ever‐present sovereign God when God is understood in terms of function and system.

This editorial statement describes the purpose of Zygon and the need for such a journal. It then sketches the history of the journal and of its financial affairs. Next it proposes some development projects to expand the impact of the journal around the world, to develop Zygon leadership, and to establish more firmly Zygon's financial base. The statement opens and closes with the news of Zygon's receiving a Gift Subscription Challenge Grant.

Human cooperation is highly unusual. We live in large groups composed mostly of non-relatives. Evolutionists have proposed a number of explanations for this pattern, including cultural group selection and extensions of more general processes such as reciprocity, kin selection, and multi-level selection acting on genes. Evolutionary processes are consilient; they affect several different empirical domains, such as patterns of behavior and the proximal drivers of that behavior. In this target article, we sketch the evidence from five domains that bear on (...) the explanatory adequacy of cultural group selection and competing hypotheses to explain human cooperation. Does cultural transmission constitute an inheritance system that can evolve in a Darwinian fashion? Are the norms that underpin institutions among the cultural traits so transmitted? Do we observe sufficient variation at the level of groups of considerable size for group selection to be a plausible process? Do human groups compete, and do success and failure in competition depend upon cultural variation? Do we observe adaptations for cooperation in humans that most plausibly arose by cultural group selection? If the answer to one of these questions is “no,” then we must look to other hypotheses. We present evidence, including quantitative evidence, that the answer to all of the questions is “yes” and argue that we must take the cultural group selection hypothesis seriously. If culturally transmitted systems of rules that limit individual deviance organize cooperation in human societies, then it is not clear that any extant alternative to cultural group selection can be a complete explanation. (shrink)

As is the case with most pre‐modern philosophers of India, very little historical information is available about Bhartṛ‐hari. There are many interesting legends, some turned into extensive plays and poems, current about him. However, it is impossible to determine on their basis even whether there was only one philosopher called Bhartṛ‐hari. The appellation “philosopher” could unquestionably be applied to the author or authors of at least two Sanskrit works that are commonly ascribed to Bhartṛ‐hari.

This book is a collection of secondary essays on America's most important philosophic thinkers—statesmen, judges, writers, educators, and activists—from the colonial period to the present. Each essay is a comprehensive introduction to the thought of a noted American on the fundamental meaning of the American regime.

Biological evolution provides a creative fount of complex and subtle adaptations, often surprising the scientists who discover them. However, because evolution is an algorithmic process that transcends the substrate in which it occurs, evolution’s creativity is not limited to nature. Indeed, many researchers in the field of digital evolution have observed their evolving algorithms and organisms subverting their intentions, exposing unrecognized bugs in their code, producing unexpected adaptations, or exhibiting outcomes uncannily convergent with ones in nature. Such stories routinely reveal (...) creativity by evolution in these digital worlds, but they rarely fit into the standard scientific narrative. Instead they are often treated as mere obstacles to be overcome, rather than results that warrant study in their own right. The stories themselves are traded among researchers through oral tradition, but that mode of information transmission is inefficient and prone to error and outright loss. Moreover, the fact that these stories tend to be shared only among practitioners means that many natural scientists do not realize how interesting and lifelike digital organisms are and how natural their evolution can be. To our knowledge, no collection of such anecdotes has been published before. This paper is the crowd-sourced product of researchers in the fields of artificial life and evolutionary computation who have provided first-hand accounts of such cases. It thus serves as a written, fact-checked collection of scientifically important and even entertaining stories. In doing so we also present here substantial evidence that the existence and importance of evolutionary surprises extends beyond the natural world, and may indeed be a universal property of all complex evolving systems. (shrink)