In this paper, MIT professor Ian Hutchinson addresses the question of how to engage arguments put forward by the New Atheists. In doing so, he offers a critique of scientism, the assumption that scientific knowledge is all the real knowledge there is.

In this article, Venema offers his review of Stephen Meyer's book Signature in the Cell.

Mark Noll, historian and author of The Scandal of the Evangelical Mind, enumerates 15 attitudes, assumptions, and convictions he considers to be most influential in inciting anti-intellectual sentiment among evangelical Christians.

Can science provide substantive insight into the question of God’s existence? Isaac's paper examines three schools of thought regarding the possibility of detecting God’s existence through science: Evolutionism, Creationism, and Intelligent Design.

Giberson's essay makes the case that scientific fundamentalists are not merely arguing for the supremacy of science but also presenting science as a quasi-religious replacement. The agenda of the "New Atheists" is not merely to refute mainstream religion but to replace it. Unfortunately, the scientific community is poorly represented by these aggressive public figures.

Falk's paper asks evangelical Christians to explore whether they are propping up a bubble that they, not God, have created, thereby isolating themselves from the world of academics. The essay describes five layers that may play a role in unnecessarily blocking entry, or reentry, of agnostic scientists into the realm of evangelicalism.

Science and Religion scholar Denis Alexander presents two models for relating Adam and Eve with the findings of contemporary anthropology. This essay was presented at the November 2010 Theology of Celebration Workshop

Finding the best interpretation of a scripture passage can be a daunting task. C.S. Lewis advises us to “Look. Listen. Receive.” A good approach is to seek the intended meaning for the original audience before considering what it means for us today. Clues to the original intended meaning can be found in the style of language, the genre of literature, the original audience, and the historical and cultural context. By studying these things, we avoid projecting modern ideas (like science) onto the text.

In recent decades, scientists have discovered more about the beginnings of humanity. The fossil record shows a gradual transition over 5 million years ago from chimpanzee-size creatures to hominids with larger brains who walked on two legs. Later hominids used fire and stone tools and had brains as large as modern humans. Fossils of homo sapiens in east Africa date back nearly 200,000 years. Humans developed hearths for fire, stone points for spears and arrows, and cave paintings by 30,000 years ago. By 10,000 years ago, humans had spread throughout the globe. Genetic studies support the same picture. Humans share more DNA with chimpanzees than with any other animal, suggesting that humans and chimps share a relatively recent common ancestor. Also, the same defective genes appear in both humans and chimps, at the same locations in the genome—an observation difficult to explain except by common ancestry. Genetics also tells us that the human population today descended from more than two people. Evolution happens not to individuals but to populations, and the amount of genetic diversity in the gene pool today suggests that the human population was never smaller than several thousand individuals. Yet all humans, of all races, are descended from this group. Humanity is one family.

In this paper, Venema explores several examples in biology where random mutation and natural selection have indeed led to substantial increases in biological information. The question of how new specified information arises in DNA, far from being an “enigma”, is one of great interest to biologists.