A dispassionately logical assessment that gets right down to the philosophical underpinnings of Darwinism.

Detailed arguments based on purely scientific considerations of why complex processes cannot have come about by the evolution from something simpler in a gradualistic Darwinian manner.

Answering the toughest questions to intelligent design

The Search for the Limits of Darwinism

"A Scientific Critique of the Theory of Evolution." A molecular biologist's critical examination of how accumulating research findings fail to support the orthodox Darwinian paradigm that all forms of life have evolved from a common source.

A biochemist's account of the neo-Darwinian theory's shortcomings as judged by the purely scientific evidence.

A detailed examination of evidence suggests humans indistinguishable from ones alive today have existed for far longer than orthodox theory allows.

How a controversial new book shocked the scientific community and became an underground classic.

Standard examples of supporting evidence used in evolutionary textbooks for generations are not only flawed or plain wrong, but have been known to be so in some cases for over a hundred years.

Is it possible to define precisely and measure the work of an intelligent agency that natural causes cannot imitate? Dembski maintains that it is.

Molecular biology's challenge to the traditionally accepted genetic mechanism of evolution, which states that, apart from rare random mutations, genes are inherited unchanged from parents.

An intriguing case for concluding that the universe was preprogrammed for life to appear, pretty much as we know it.

Is it possible to define, detect, and measure that quality we recognize intuitively as the work of an intelligence?

Presents the numbers that are routinely skated over or ignored, which show that biological innovation cannot be driven by random processes.

How self-ordering in nature overcomes the inadequacies of Darwinism.

A startling new theory, according to which quantum principles enable organisms to initiate such specific actions as directing favorable mutations of genes, as well as providing the basis for consciousness and volition.

Complexities of human physiology