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In Many Worlds, renowned scientists in fields from physics to astronomy discuss the possibility of a cosmic evolutionary process that guides not only our universe, but other planets and universes as well. Physicist and author Paul Davies observes that “if it turns out to be the case that the universe is inherently bio-friendly, then the scientific, theological, and philosophical implications will be extremely significant.”

Many Worlds first focuses on what lessons might be learned from the latest knowledge of the origin and evolution of life. After establishing a well-grounded relationship between science and religion, authors such as Arthur Peacocke and John Leslie evaluate the intricate configuration of events that must occur to create a dynamic and chemically enriched environment capable of not only supporting life, but evolutionary processes as well. The final section addresses the provocative question of extraterrestrial life. What we may find could drastically change our relation to the universe and our creator.

As we reflect on the possibilities that the universe presents, author and contributor Christian de Duve aptly states, “Many myths have had to be abandoned. But mystery remains, more profound and beautiful than ever before, a reality almost inaccessible to our feeble human means.” Is our existence part of a divine scheme ingenuously designed to support life, or is it an extraordinary chain of accidents that culminate in a life-permitting environment? The scientific advancements of the past century cannot help but capture the imagination and inspire renewed hope for the future. This volume will add dimension and insight to these yet unanswered questions.

 

Mathematics and Religion: Our Languages of Sign and Symbol is the sixth title published in the Templeton Science and Religion Series, in which scientists from a wide range of fields distill their experience and knowledge into brief tours of their respective specialties. In this volume, Javier Leach, a mathematician and Jesuit priest, leads a fascinating study of the historical development of mathematical language and its influence on the evolution of metaphysical and theological languages.

Leach traces three historical moments of change in this evolution: the introduction of the deductive method in Greece, the use of mathematics as a language of science in modern times, and the formalization of mathematical languages in the nineteenth and twentieth centuries. As he unfolds this fascinating history, Leach notes the striking differences and interrelations between the two languages of science and religion. Until now there has been little reflection on these similarities and differences, or about how both languages can complement and enrich each other.

 

Focusing on the scientific basis for integrating spirituality into medicine, Koenig carefully summarizes major trends, controversies, and the latest research from various disciplines and provides plausible and compelling theoretical explanations for what has thus far emerged in this relatively young field of study. Medicine, Religion, and Health begins by defining the principal terms and then moves on to a brief history of religion's role in medicine before delving into the current state of research. Koenig devotes several chapters to exploring the outcomes of specific studies in fields such as mental health, cardiovascular disease, and mortality. The book concludes with a review of the clinical applications derived from the research. Koenig also supplies several detailed appendices to aid readers of all levels looking for further information.

 

Medicine, Religion, and Health will shed new light on critical contemporary issues. They will whet readers' appetites for more information on this fascinating, complex, and controversial area of research, clinical activity, and widespread discussion. It will find a welcome home on the bookshelves of students, researchers, clinicians, and other health professionals in a variety of disciplines.