Psychology of Religion: What One Needs to Know

This essay is an introduction to systematic nonsectarian psychology of religion—its nature and scope, and its history. Among major issues, the study of motivation for being religious and stages of religious development are discussed, as well as counseling and psychotherapy. I summarize current trends.     

Philosophy of Science: What One Needs to Know

This introduction to the philosophy of science offers an overview of the major concepts and developments in contemporary theories of science. Strengths and weaknesses of deductive, inductive, and falsificationist models of science are considered. The "Received View" in the theory of science is contrasted with Kuhn's paradigms and Feyerabend's "anything goes," leading to an examination of the merits of a research program–based approach. After touching on the sociology of science, postmodernism, and the feminist critique, the article concludes with a summary, in six theses, of the implications for religion/science.     

Postmodernism: What One Needs to Know

This essay is an introduction to postmodernism and deconstruction as they relate to the special challenges of scholarship and teaching in the science and religion multidiscipline.     

Explaining Away and the Cognitive Science of Religion

In order to evaluate the claim that theistic belief can be explained away by science, four models of the relationship between science and theism are developed and their relevance to explaining away explored. These models are then used to evaluate an argument against theistic belief based on developments in the cognitive science of religion. It is argued that even if the processes that produce theistic belief are unreliable, this is insufficient to show that explaining away takes place. Indeed, given the difficulty of showing that the conditions for explaining away are met, it is very unlikely that such an argument can succeed.     

How Science Is a Resource and a Challenge for Religion: Perspective of a Theologian

Religion is characterized by the attempt to create a worldview, which is in effect the effort of worldbuilding. By this I mean that religion aims to focus on all of the elements that make up a person's world or a community's world and put those elements together in a manner that actually constructs a total picture that gives meaning and coherence to life. In this activity of worldbuilding, science and religion meet each other at the deepest level. Science makes a fundamental contribution to this worldbuilding effort and also poses a challenge. There are good grounds for this twofold role of science: (1) scientific knowledge is basic to any worldview in our time, and (2) science and its related technology engender new and often confusing experiences that require inclusion in any worldbuilding.
The challenge of science is that its contribution does not easily accommodate worldbuilding because of the factors of chance, indeterminacy, blind evolution, and heat death that are ascertained through scientific knowledge. Science is a resource for us in that the features of its knowledge can lend actuality and credibility to worldbuilding.
Religion needs science for its worldbuilding if its interpretations are to be credible and possess vivid actuality. Science needs religion because, unless its knowledge is incorporated into meaningful worldbuilding, science forfeits its standing as a humanistic enterprise and instead may count as an antihuman methodology and body of knowledge.     

Education for the Heart and Mind: Feminist Pedagogy and the Religion and Science Curriculum

Feminist educators and theorists are stretching the boundaries of what it means to do religion and science. They are also expanding the theoretical and practical frameworks through which we might present curricula in thosefields. In this paper, I reflect on the implications of feminist pedagogies for the interdisciplinary field of religion and science. I begin with a brief discussion of feminist approaches to education and the nature of the feminist classroom as a setting for action. Next, I present some theoretical and practical issues to consider when developing a feminist praxis and an antisexist curriculum. This leads into a discussion of the role of language and critical reflection in the religion and science classroom, the risks associated with reflective discourse, and considerations in the use of 'feminist' teaching tools such as small group work, journals, and portfolio assessment. Iconclude with a reflection on how feminist pedagogy promotes an epistemology that speaks to the hearts and minds of participants in the dialogue of religion and science.     

Science and Religion: Original Unity and the Courage to Create

Paul Tillich noted the emergence of science by "demythologization" from its original unity with religion in antiquity. Demythologization can lead to conflict with accepted paradigms and therefore requires the "courage to create," as exemplified by Galileo. Tillich's "God above God" as the ground of creativity and courage can, in this new millennium, enable religion to be reconciled with science. Religion is a source of the "courage to create," which is essential for progress in scientific knowledge. Religion and science working together as complementary dimensions of the human spirit can lead us into a wider world and greater wisdom. Reconciliation and reunion characterize the New Being and Creation.     

What Poetry Brings to the Table of Science and Religion

Ever since Plato's famous attack on artists and poets in Book 10 of The Republic, lovers of literature have felt pressed to defend poetry, and indeed from ancient times down to the present, literature and art have had to fight various battles against philosophy, religion, and science. After providing a brief overview of this conflict and then arguing that between poetry and science there are some noteworthy similarities—that is, that some of the basic mental structures with which the scientist studies the “text” of nature (facts, laws, theories) find their counterparts in ways an informed reader studies the poetic text, I develop what I see as the most important differences between poetry, on the one hand, and science, philosophy, and theology, on the other. These differences lie chiefly in two areas: (1) in the stance that each takes toward language itself and (2) in the stance each takes toward that ancient polarity between the one and the many. The aim of my argument is neither to privilege poetry over the other modes of knowing the world nor to grant, particularly to science in its reductive “objectivity,” a higher epistemological status than that accorded to poetry and the arts. Instead, I wish to argue that science, by pushing the boundaries of knowledge about the material world, shows the poet, as well as the theologian, some of the more important work to be done and that poetry, with its emphasis on the particular over the abstract and on the ambiguities and paradoxes of language as inherently metaphorical, serves science and religion by providing a caution against the naive acceptance of language as literal and the consequent enthrallment to the power of absolutes and totalizing abstractions.     

The Field of Science and Religion as Natural Philosophy

“Natural philosophy” is an important term from the history of science because it was used to describe the study of nature during medieval and early modern Europe. This article gives an overview of the history of natural philosophy, since the use and eventual disuse of the term helps one to understand the emergence of modern science. Following a suggestion by the historian of science Peter Dear, I argue that the term deserves to be rehabilitated because it draws attention to the complexities of scientific theorizing. The article concludes with an argument that the field of science and religion should be seen as an updated version of natural philosophy.     

Cultural Authority in Comparative Context: A Multilevel Analysis of Trust in Science and Religion

Science and religion are among the most influential forces for organizing social life around the world, yet we know little about how national context shapes perceptions of them. Using data from the 2008 International Social Survey Program, we begin to fill this gap by investigating cross‐national differences in public attitudes about science, religion, and society. We find that exposure to science is associated with more trust in science relative to religion whereas religiosity is associated with less trust in science relative to religion. Moreover, these relationships are amplified in secular societies and in those where science is prioritized. We argue that secular and scientific societies provide a context in which personal characteristics are more influential in the formation of social attitudes. These results highlight the importance of macro‐level factors for shaping trust in science and religion and for understanding the sources of their influence in society more broadly.     

Questions for a Millennium: Religion and Science from the Perspective of a Scientist

This essay addresses a series of eight questions about what religion can do for science. It explores the secular role of religion in contemporary science and the need for greater synthesis between science and religion. It concludes that, for survival in the twenty-first century, religion cannot exist without acknowledging and using the enormous information pool of science, and science can no longer shun or ignore religion. Humankind will always need the large, synthetic explanations that religion provides of why we are here and what we ought to do and believe. The world needs to mark this new millennium with a sense of respect, cooperation, and even synthesis between science and religion.     

The Body as the Ground of Religion, Science, and Self

The human body is both religious subject and scientific object, the manifest locus of both religious gnosis and secular cognition. Embodiment provides the basis for a rich cross–fertilization between cognitive science and comparative religion, but cognitive studies must return to their empiricist scientific roots by reembodying subjectivity, thus spanning the natural bridge between the two fields. Referencing the ritual centrality and cognitive content of the body, I suggest a materialist but nonreductionist construct of the self as a substantial cognitive embodiment that embraces not just perception and cognition, mind and spirit, but the forceful physicality of the moving body. Proprioception of the body's moving mass constitutes a mode of knowing that resonates strongly with the experience of self, not only across religious traditions but also within the physical sciences. By way of illustration, two directions are suggested in which a construct of the self as a substantial cognitive embodiment might lead us: first, a body–based interpretation of the Islamic myth of Adam and Iblis that reveals an internal substantiality as constitutive of the divinely imaged Self, and second, a new, religious direction for human evolutionary theory based on the implications of an embodied intentionality.     

The Effects of Numbered Heads Together with and Without an Incentive Package on the Science Test Performance of a Diverse Group of Sixth Graders

A clear and consistent finding of educational research has been the importance of active student responding. During lectures and discussions, active responding most often takes the form of student responses to teacher questions. This whole group responding to questions, however, does not permit every student to respond and does not assure that all students are actively engaged. Previous research has shown that Numbered Heads Together is an efficient and effective instructional technique to increase student responding and to improve achievement. Using an A-B-BC-B-BC design, we examined the effects of two versions of Numbered Heads Together on 6th graders daily quiz scores and pretest-posttest performance in chemistry. Findings indicated that the addition of a behavioral incentive package noticeably improved student performance during Numbered Heads Together instruction. Implications are discussed for teachers and educational researchers.