This book sat on our bookshelf for quite a while, unread. Honestly, I found the title offputting, especially given Charles Darwin's known rejection of God in his own life. Eventually, my husband read it, and encouraged me to do the same. Dr. Miller says that he was perturbed by what he saw as some Christians' distrust of science, displayed specifically in their rejection of evolutionary theories in favor of creationism or intelligent design. This is a particular concern of Miller, who is himself a Catholic and co-author of the popular "Miller and Levine" high-school biology text. This concern spurred him to write this book defending not only the biological theory of evolution but also the idea that science and religion can be compatible. In the introduction, Miller considers the background and the present situation with regard to these issues both in academia and in the culture at large. I appreciated his honest appraisal of the degree to which "the presumption of atheism or agnosticism is universal in academic life ... how common this presumption of godlessness is." (p. 19) In the following chapter, he explores scientific methods, assumptions, and establishing evidence -- specifically considering areas in which direct experimentation and observation are impossible -- using the analogy of detective work. Following this, he very clearly lays out the case for evolution. He also notes the two distinct ways in which the word "evolution" is used: the first means the natural history of life on earth, characterized by change in time, leading gradually to modern species, while the second refers to the mechanism by which this occurred. Thus, he says, "Evolution is both a fact and a theory." It's important to keep both these meanings in mind. In the next three chapters, Miller successively takes on three well-known ideologies opposed to biological evolution, exploring the religious and scientific flaws of each. First, he takes on young-earth creationism. In a series of arguments from the physical sciences, he lays out a concise and compelling argument for an ancient earth. I was especially impressed with the table of radioactive nuclides and its implications. Then comes the section that explains the chapter's title, "God the Charlatan." Here, Miller provides quotes from a staple of creationist literature (Genesis Flood by Whitcomb and Morris) to the effect that God created a young universe with an "appearance of age." In other words, it's all a hoax. The logical implications of this claim both for science and religion are nothing short of intolerable. In Creator & Creation, Mary Daly draws the same conclusion. Next, he takes on critics such as Philip Johnson, who argue that "micro"-evolution is possible, but not "macro"-evolution. This form of Intelligent Design (ID) argues that evolution can produce minor changes within species, but not new species themselves. Logically, therefore, as Miller observes, God (or the Designer) would have to have created each individual species, including thousands of failed, dead-end species. Further, similar species would have to have been placed geographically and temporally close together and in the right sequences, giving the distinct impression of relatedness where, according to this version of ID, none exists. I appreciated the scientific data that Miller provides in this chapter, as well as his analysis of Eldredge & Gould's "punctuated equilibrium" theory. However, I felt that he equivocated on the term "species" and failed to give a solid definition for it. On p 108, he writes "among bacteria, which is to say among most of the cells alive n the planet, it is particularly easy to see that the differences between species are indeed nothing more than the sum total of differences between their genes." This may indeed be true for bacteria, but among higher species chromosomal differences play a vital role, and no amount of mere gene-level mutations would change chromosomes. I would like to have seen at least some discussion of this. The third criticism of evolution he addresses is the form of ID made popular by biochemist Michael Behe in his book Darwin's Black Box: the claim that certain structures within the cell are "irreducibly complex" and therefore could not have evolved but rather had to be designed. Miller acknowledges that the argument from design is not only the oldest, but the "best rhetorical weapon against evolution." Nevertheless, he argues, it comes up short. As a cell biologist himself, Miller points out that some of Behe's contentions are factually incorrect. For example, although the "9+2" flagellar structure that Behe discusses is the most common, many fully functional flagella and cilia exist that are missing many parts of the supposedly "irreducibly complex" 9+2 structure. He also offers some excellent commentary on the clotting cascade. However, I thought Miller was excessively concerned about the negative impact of ID on research, saying for example, "If you believed Michael Behe's assertion that biochemical machines were irreducibly complex, you might never have bothered to check; and this is the real scientific danger of his ideas." To me this seems highly unlikely, since the nature of science is to test ideas -- even accepted ones. Indeed, Miller himself explains earlier in this book that biologists constantly test evolution knowing that the one who can prove it false will earn instant fame. I do not see why this would not apply equally to ID, were it to ever achieve the level of scientific acceptance that evolution has done. In the next few chapters, Miller discusses the "gods of disbelief" that underpin atheistic materialism, and how these assumptions are contradicted by science itself. He addresses the question of God and evolution. Or, if evolution and other scientific theories explain everything, where does God fit in? His elucidation of the implications of the shift from 19th-century scientific determinism to the 20th century's quantum mechanics is enlightening. In essence, quantum effects mean that science cannot, even in principle, deal in certainties. It can never achieve complete knowledge. Quantum indeterminacy breaks the chain of knowledge and causality and thus, Miller says, it also breaks absolute materialism. He then argues that science and religion are not really contradictory, but complementary. He also provides a fascinating analysis of how the concept of evolution is used (inaccurately) by scientists and intellectuals in support of a worldview hostile to God and religion; this worldview, rather than science itself drives many of the underlying concerns of creationists. The author then looks at some of the findings of cosmology, concentrating on the "anthropic coincidences" of our universe. He argues persuasively that the "traditional explanation" for these -- i.e. God -- is every bit as reasonable as any materialist alternative. Indeed, he suggests, the materialists must be getting a little desperate because they are postulating multiple universes. In this chapter, he also explores the role of chance in life, and what that says (or doesn't say) about God. In the final chapter, Miller ties it all together. I loved the part in which he questions the curious inequity whereby scientific theories can be extrapolated "legitimately" to materialism, atheism, and a non-existence of morality, but never in the opposite direction. Or, as Miller has it: "Apparently it is fine to take a long, hard look at the world and assume scientific authority to say that life has no meaning, but I suspect I would be accused of anti-scientific heresy if I were to do the converse, and claim that on the basis of science I had detected a purpose to existence." (p. 269) He's right on. It is refreshing to see a scientist who not only notices the problem but articulates the double standard so clearly.