This chapter discusses the significance of mathematics in natural theology. It suggests that the existence of an independent noetic realm of mathematics should encourage an openness to the possibility of further metaphysical riches to be explored. Engagement with mathematics is only a part of our mental experience. In itself it can give just a hint of what might be meant by the spiritual. The realm of the divine is yet more distant still, but just as arithmetic may have led our (...) ancestors to begin an exploration that would eventually lead them into the riches of higher mathematics, so taking mathematical reality seriously might be the start of a journey which will lead to greater discoveries about the scope and nature of reality. In this way, mathematics has a modest preparatory part to play in the approach to natural theology, and may also contribute to natural theology through its role as a component in a more complex form of encounter with reality. (shrink)

This book is intended to fill a gap between popular 'wonders of mathematics' books and the technical writings of the philosophers of mathematics.

Science is very successful in discovering the structure and history of the physical world, but its success is purchased by the modesty of its ambition. There is more to be told of the encounter with reality, including the nature of scientific inquiry itself, than can be gained from impersonal experience and experimental test. This book goes beyond science to consider the human context in which it operates and to pursue that wider understanding which we all seek. It looks to issues (...) of meaning and value, intrinsic to scientific practice but excluded from science's consideration by its own self-denying ordinance. It raises the question of the significance of the deep mathematical intelligibility of the physical world and its anthropically fruitful history. It considers how we may find responsible ways to use the power that science places in human hands. Science is portrayed as an activity of human persons pursued within a convivial and truth-seeking community. This book neither over-values science (as if it were the only worthwhile source of knowledge) nor devalues it (as if it were to be treated with suspicion or not taken seriously). Beyond Science provides a considered and balanced account which firmly asserts science's place in human culture, maintained in mutually illuminating relationships with other aspects of that culture. (shrink)

New brain imaging technology has emerged that might make it possible to read a person's thoughts directly from their brain activity. This novel approach is referred to as “brain reading” or the “decoding of mental states.” This article provides a general outline of the field and discusses its limitations, potential applications, and also certain ethical issues that brain reading raises. The measurement of brain activity and brain structure has made considerable progress in recent decades. The mapping from brain activity patterns (...) to thoughts is learned for each specific subject using brute force statistical pattern recognition techniques. It discusses the degree to which polygraphy and brain-based lie detection can be manipulated by trained subjects. A future application of brain reading technology, “neuromarketing,” has received tremendous interest and there are repeated attempts to optimize marketing campaigns by adding brain-based sources of information. (shrink)

Argument about the ethical possibility of the therapeutic use of embryonic stem cells depends critically on the evaluation of the moral status of the very early embryo. Some assert that at the blastocyst stage it is only potentially human, not yet possessing the full ethical status of personhood, while others assert that from its formation the embryo possesses all the moral rights of a human person. It is shown that a decision on this issue is closely related to how human (...) nature is to be understood. The idea of a person as a dual combination of body and spirit correlates naturally with the assertion of absolute personhood from conception, while an idea of human psychosomatic unity encourages a development picture in which the embryo only grows gradually into personhood. The latter view is seen to be encouraged by new advances in science which emphasise the importance of the concept of information in the discussion of complex systems. Other ethical issues related to human genetics are also briefly reviewed. (shrink)

The origins of the social sciences were in ideologies associated with moral philosophy and social reform movements. The turn to science was initially to secure the cognitive authority to speak truth to power about matters of social policy. This heritage was particularly salient in the controversy about behaviouralism in American political science. The debate between what was becoming mainstream political science and a growing number of individuals in the subfield of political theory was actually less about whether the discipline could (...) emulate the methods of natural science than about an underlying conflict between competing visions of democracy. This was to some extent the residue of a dispute, which began in the 1920s, between pluralism as the basis of a theory of democracy and a more communitarian image, but it was also a reflection of more recent work in political philosophy as well as ideological differences in the American political context. (shrink)

This book expands the concept of the nature of science and provides a practical research alternative for those who work with people and organizations.

. Stephen I Gould's notion of non‐overlapping magisteria is neither experientially supported nor rationally justifiable. Influence flows between science and religion, as when evolutionary thinking encouraged theology to adopt a kenotic view of the Creator's act of allowing creatures to be and to make themselves. Alleged simplistic dichotomies between science and religion, such as motivated belief contrasted with fideistic assertion, are seen to be false. Promising topics in the currently vigorous dialogue between science and religion include relational ontology, eschatological credibility, (...) and ethical issues relating to advances in human genetics. (shrink)

Accession Number: ATLA0001712107; Hosting Book Page Citation: p 57-70.; Language(s): English; General Note: Bibliography: p 70.; Issued by ATLA: 20130825; Publication Type: Essay.

Miracle in a strict sense is to be discriminated from acts of special providence by its being radically unnatural in terms of prior expectation. The key issue in relation to credibility is theological in character, inasmuch as divine consistency must imply that miracles are capable of being understood as “signs,” affording deeper insight into the divine care for creation. These issues are explored by reference to scriptural miracles, particularly the virginal conception and the resurrection of Christ.

In responding to Pannenberg's paper, “God as Spirit—and Natural Science,” Polkinghorne challenges the paper's interpretation of the scientific concept of field. He insists on its physical, material nature, elaborated by quantum theory, and asserts that Pannenberg's concept of field is immaterial or even in some sense “spiritual.” Polkinghorne also comments on how a physical theory may give rise to several differing, even contradictory, metaphysical interpretations.

A brief account is given of the author's life as a physicist and then a priest. The twin foundations of the author's theological endeavors have been a respect for traditional Christian thinking, though not exempting it from revision where this is needed, and a style of argument termed bottom‐up thinking, which seeks to proceed from experience to understanding. The diversity of the world faith traditions is perceived as a major source of perplexity. A revised and modest natural theology and the (...) issue of divine action have been at the top of a science and theology agenda. A defense is sketched in realist terms of the metaphysical strategy of using an ontological interpretation of the unpredictabilities of chaos theory to support a notion of top‐down causality through active information. The success of Christian theology as a resource of total explanation depends on a credible account of eschatological hope. Reference is made to practical experience of ethics in the public square. (shrink)

The current interaction of science and theology is surveyed. Modern physics describes a world of intrinsic unpredictability and deep relationality. Theology provides answers to the metaquestions of why that world is rationally transparent and rationally beautiful and why it is so finely tuned for carbon‐based life. Biology's fundamental insight of evolutionary process is to be understood theologically as creation “making itself.” In the twenty‐first century, biology may be expected to move beyond the merely mechanical. Neuroscience will not have much useful (...) interaction with theology until it attains theories of wide explanatory scope. Computer models of the brain do not meet this requirement. A theological style of bottom‐up thinking comes closest to scientific habits of thought. Complexity theory suggests that information will prove to be an increasingly important scientific concept, encouraging theology to revive the Thomistic notion of the soul as the form of the body. Another gift of science to theology will lie in providing a meeting point for the encounter of the world faith traditions. (shrink)

Proposes the path for understanding human existence developed by M. Merleau-Ponty as a replacement for the paths historically employed by psychology. Descartes established the agenda for modernistic philosophy when he proposed that the task of philosophy is to provide a foundation on which assurances of certain truth can be built. Modernist philosophers diverged, following the paths of sensation and of reason . Postmodernists argue that Descartes's agenda was misguided and that there is no foundation for certain knowledge. They set upon (...) the path of language which led them to the dismissal of the human S. Merleau-Ponty explored the path of the lived body in which thought and extension are intertwined, and along which is located the human S in its temporality and embodiment. The path of embodiment is held to be a more fruitful path than the path of language. 2012 APA, all rights reserved). (shrink)

Physics explores a universe of wonderful order, expressed in terms of beautiful mathematical equations. Mathematics itself is understood to be the exploration of a realm of noetic reality. Science describes matter in terms of concepts with mind-like qualities. The psychosomatic nature of human persons is best understood in terms of a dual-aspect monism, in which matter and mind are complementary aspects of a unitary being. The new science of complexity theory, with its dualities of parts/whole and energy/information, offers modest resources (...) for the speculative exploration of this idea. The intrinsic unpredictabilities present in nature afford the metaphysical opportunity to consider dissipative systems as exhibiting top–down causality. (shrink)

This account of the dynamical theory of chaos leads to a metaphysical picture of a world with an open future, in which the laws of physics are emergent‐downward approximations to a more subtle and supple reality and in which there is downward causation through information input as well as upward causation through energy input. Such a metaphysical picture can accommodate both human and divine agency.

The important role of hope in the author's thinking is acknowledged. While natural theology is important in its proper place, Christian theology centers on the God and Father of our Lord Jesus Christ. Its discourse will need to avail itself of the power of symbol.

Wolfhart Pannenberg's engagement with the natural sciences is surveyed. A critique is given of his treatment of these themes: the concept of a field; contingency; the role of the future.