In the second half of the twentieth century, humanism— namely, the worldview that underpinned Western thought for several centuries—has been severely critiqued by philosophers who highlighted its theoretical and ethical limitations. Inspired by the emergence of cybernetics and new technologies such as robotics, prosthetics, communications, artificial intelligence, genetic engineering, and nanotechnology, there has been a desire to articulate a new worldview that will fit the posthuman condition. Posthumanism is a description of a new form of human existence in which the (...) boundaries between humans and nature and humans and machines are blurred, as well as a prescription for an ideal situation in which the limitations of human biology are transcended, replaced by machines. The transition from the human condition to the posthuman condition will be facilitated by transhumanism, the project of human enhancement that will ultimately yield the transformation of the human species from the human to the posthuman. As an intellectual movement, transhumanism is still very small, but transhumanist ideas exert deep and broad influence on contemporary culture and society. This essay highlights the religious dimension of transhumanism and argues that it should be seen as a secularist faith: transhumanism secularizes traditional religious themes, concerns, and goals, while endowing technology with religious significance. Science‐Religion Studies is the most appropriate context to explore the cultural significance of transhumanism. (shrink)

Two ways of self‐interpretation merged in Western thought: the Hebrew and the Greek. What is unique, if anything, about the human species? The reinterpretation of this problem has been a constant process; here I am referring to Philip Hefner and the term created co‐creator, and particularly to Donna Haraway and the term cyborg. Simultaneously, humans have been fascinated by the thought of transgressing the boundaries that seem to separate them from the rest of nature. Any culture reflects the ways it (...) relates to nature. Our nature is technonature, and our culture is technoculture. Our reality can be best approached by the metaphor and symbol cyborg. Donna Haraway's cyborg is not just an interesting figure of speech, it is also a description—of ourselves and our culture. Also, contemporary fiction reflects the return of ontological questions: What is a world? What is the self? The cyborg acknowledges our mode of existence and destabilizes the traditional procedures of identity construction. (shrink)

Suppose there comes a day when Homo sapiens has evolved into or been overtaken by techno sapiens. Will it then still make sense to speak of human beings as created in the image of God? What is the relevance of asking such a question today? I offer a sketch of the present state of development and discussion in artificial intelligence (AI) and artificial life (AL) and discuss some implications for the human condition. Taking into account both reality and fiction in (...) AI and AL, I hold that, regardless of the degree of realization, issues related to technological evolution inform the cultural agenda—at least the European–American one. I comment on antireductionist arguments and on arguments from philosophy and (history of) culture. I argue in favor of a consonance between neurotechnology and the Christian gospel in terms of realizing the marks of messianic life. However, issues of justice, reason versus nature, and perfection and finitude versus imperfection and immortality call for further illumination. Even though no principal opposition seems to exist between technological evolution and possible interpretations of the concept of the image of God (imago dei), a number of significant dissimilarities need to be addressed, such as the differences between technical improvement and forgiveness or transformation and between immortality and resurrection. The role of irregularity, disturbance, and error for creative processes in nature and culture is an exciting topic in science and technology as well as in theology. (shrink)

There is remarkable convergence between twentieth‐century interpretations of the image of God (imago Dei), what it means for human beings to be created in God's image, and approaches toward creating in our own image in the field of artificial intelligence (AI). Both fields have viewed the intersection between God and humanity or humanity and computers in terms of either (1) a property or set of properties such as intelligence, (2) the functions we engage in or are capable of, or (3) (...) the relationships we establish and maintain. Each of these three approaches reflects a different understanding of what stands at the core of our humanity. Functional and relational approaches were common in the late twentieth century, with a functional understanding the one most accepted by society at large. A relational view, however, gives new insights into human dignity in a computer age as well as new approaches to AI research. (shrink)

The general typology for the dialogue between religion and science is built on the assumption that there is an objective world, one reality that can be described. In this paper, I present an alternative epistemological framework for the dialogue that understands all descriptions of reality as symbolic. Therefore, this understanding creates a new possibility for mutual enrichment between the two dialogue partners. I demonstrate the usefulness of this framework by applying it to the dialogue between artificial intelligence (AI) and theology. (...) I discuss an advanced AI project: Cog, a humanoid robot. After briefly describing this project, its assumptions, and the emotions it creates (mainly hope and fear), I show how the project can be enriched by theological insight. The concept ofimago Dei—the understanding of humans created in the image of God—can be applied to the Cog project especially when it is presented in a way that takes the metaphorical character of both theological and scientific theories seriously. (shrink)

The unprecedented opportunities for experiments in complexity presented by the first modern computers in the late 1940's raised hopes in early computer scientists (eg. John von Neumann and Alan Turing) that the ability to think, our greatest asset in our dealings with the world, might soon be understood well enough to be duplicated. Success in such an endeavor would extend mankind's mind in the same way that the development of energy machinery extended his muscles.