Darwin’s Faith: The Religion of the New Atheism


The New Atheists are know for publicly and loudly scoffing at people of faith. Richard Dawkins famously urged his followers to mock people of faith. The Dawkins of the world champion themselves as bastions of logic who dispel the blind faith of the masses.

Dawkins is sweeping in his statements. He comes off brash, bold and supremely confident in his logic, but his definition of faith is a strawman and is loaded with assumptions. He glosses over and ignores evidence – even evidence right in front of him – to rush to the conclusions he “preaches” with an air of affected omniscience. This the conclusion I reach as I consider his first debate with John Lennox.

I find that Dawkins is guilty of the very same charge he levels against Christians and other people of faith. He has his own faith which he holds “in the teeth of the evidence”, as Dawkins, himself says of Christians. Let me explain.

First, Dawkins’ definition of faith is loaded. His definition may be a good fit the militant extremist who doesn’t care a whit about facts, but it is front-loaded with assumptions.

Dawkins defines faith as “belief without evidence” or belief “in the teeth of the evidence” (holding stubbornly onto faith despite evidence to the contrary). Dawkins presumes that all faith is what we might call blind faith; that faith by definition is belief without evidence.

Ironically, Dawkins (who is not omniscient by the way) seems not to have a clue that his ultimate suppositions are also a product of faith. No human being knows all there is to know, and so we don’t know what we don’t know – even the brightest among us. Because of this limitation that all finite beings such as humans possess, we must take our most basic assumptions on faith – meaning that we can’t prove them to any degree of certainty, so we must trust them without all the evidence (and maybe even in the teeth of the evidence sometimes).

The world is often different than we assume. We once thought the Earth is flat, and then we thought planets revolve around the Earth. Until the 20th Century, we thought the universe is past eternal, and until quite recently we didn’t realize that junk DNA has function. Most of the universe we can see (95% of it!) consists of dark matter and dark energy that remains a mystery to us, and we don’t even know what we can’t see.

Dawkins fails to appreciate that we all have faith in our fundamental assumptions about the nature of reality – even when those assumptions are informed by knowledge, logic, and reason. We all must have faith to trust our conclusions because we don’t know what we don’t know.

Christian faith that is based on evidence, logic, and reason is no exception. In fact, the Judeo-Christian scriptures was fertile ground for the advancement of science because they emphasize evidence and reason. (For instance, the exhortation of the Prophet, Isaiah: “Come let us reason together.” Isaiah 1:18)

Dawkins’ flawed logic was called out in a debate with John Lennox, the Oxford mathematician, embedded as the end of this article. Lennox put forth a different definition of faith: putting trust in conclusions that are reached based on evidence. Lennox is exemplary on that point. himself.

Of course, Dawkins does this exact same thing: he puts trust in the conclusions that he has reached that this natural world is all there is, that no super natural reality exists and no God exists. But, let’s see how hard we can push Dawkins’ definition of faith for now and the assumption that he and other Darwinists do not have such blind faith.

Stephen Meyer wrote a book called Darwin’s Doubt. The book is a play on Darwin’s admitted doubt about his own “inward convictions”. According to Darwin, his “inward conviction” suggested to him “that the Universe is not the result of chance” and has purpose.[i]

This is not the doubt to which Stephen Meyer refers, however. Meyer turns Darwin’s doubt about his inward conviction on its head.

The book, Darwin’s Doubt, explores modern knowledge of the Cambrian Explosion, which Darwin conceded was a potential problem for his theory of evolution. The Cambrian Explosion refers to the period of time in which most of the major phyla appeared in the fossil record “suddenly”, over a relatively short time span. That’s why it’s called an “explosion”.

The theory of evolution depends on gradual mutations and changes caused by natural selection over a very long period of time. The Cambrian Explosion poses an obvious problem for evolution because most of the major phyla appeared in the fossil record “suddenly” during the Cambrian Period without evident precursors leading up to them.

Where is the evolution? Darwin expressed concern about the the evidence of the apparent “explosion” of new life forms in the Cambrian era, but he was confidence that subsequent discoveries would reveal the evolutionary forms that led to the myriad life-forms evident in the Cambrian time period.

Stephen Meyer begins his book by updating the fossil finds since Darwin’s time. Far from revealing the evolutionary precursors predating the Cambrian period, the fossil finds from Darwin’s time to the present time have accentuated the problem. The modern discoveries do not bridge the gap that Darwin predicted would be closed by future finds.

The book title cleverly suggests that Darwin doubted the wrong thing. History suggests that Darwin should have had more doubt in his belief that future fossil finds would explain the lack of precursor life forms in the phyla that appear in the Cambrian strata. People like Dawkins express the same confidence today that future discoveries will increasingly squeeze out any reason to believe in a transcendent creator. (How do they know that?)

Though Darwin had confidence that future discoveries would vindicate his evolutionary theory from the apparent contraindicator of the Cambrian explosion, Darwin did have doubts. He didn’t have doubts about evolutionary; rather, he had doubts about metaphysical matters. I will explain the significance of those doubts, and the irony of the things Darwin took for granted, and then I will bring this article back to the present to conclude my thoughts on Richard Dawkins.

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The Irreducible Complexity of the Universe

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(c) Can Stock Photo

I recently read the book, Darwin’s Doubt, by Stephen C. Meyer, a Cambridge University Ph.D. in the Philosophy of Science. The book uses Darwin’s acknowledgment that the Cambrian Explosion was a significant problem to his evolutionary theory of the origin of life as a springboard to explore in detail that problem which Meyer aptly names “Darwin’s doubt”.

I have summarized the first ten chapters of the book on a different Blog, Perspective, starting with a summary of the first four chapters of the book. If you want to read a summary description of the detail that Meyer explores without buying the book, though I strongly suggest buying the book if your are interested.

In this blog, I want to provide an overarching description of the basis for Intelligent Design, which is ultimately the theory that Meyer espouses. For Meyer, the key basis for Intelligent Design is 1) the argument from biological or genetic information and 2) the argument from physics or cosmology. Both arguments can be summed up in the statement that we live in a universe of irreducible complexity that could not have happened by chance or unguided “natural law”.

Meyer focuses on the biological argument, observing that, to build the complex biological machines that we see, there is a need for prior information, and any discussion of that complexity begs the question: where did that information necessary to build the protein parts out of which the complex structures are made come from in the first place? What cause is capable of generating that information? Meyer argues that we can use the same scientific method that Darwin used to infer that the cause had to be conscious mind or intelligence.
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Reblogging Darwin’s Blind Spot

Photo by Ken Gortowski

Photo by Ken Gortowski

I recently read Darwin’s Doubt by Stephen C. Meyer, and I highly recommend it. I have touched on another aspect of Darwin in my own writings, something that Gerald M. Vershuuren calls “Darwin’s blind spot”.

I previously highlighted an aspect of Darwin’s thinking in Random Thoughts on Evolution that seem to undermine his own theory. Darwin expressed skepticism about the value of his own “inward convictions” (that there is purpose in the world) as quoted from a letter he wrote July 3, 1881, to William Graham who posited that natural laws imply purpose in life, the following:

I cannot see that there is then necessarily any purpose. Would there be purpose if the lowest organisms alone destitute of consciousness existed in the moon? But I have had no practice in abstract reasoning and I may be all astray. Nevertheless you have expressed my inward conviction, though far more vividly and clearly than I could have done, that the Universe is not the result of chance. But then with me the horrid doubt always arises whether the convictions of man’s mind, which has been developed from the mind of the lower animals, are of any value or at all trustworthy. Would any one trust in the convictions of a monkey’s mind, if there are any convictions in such a mind?

The fact that he could not trust his inward convictions follows fairly naturally from his theory that all life has evolved, including mankind, from lower life forms. It strikes me as ironic, however, that Darwin’s skepticism stopped with his inward convictions and did not extend, also, to, the conclusions of his mind.

I do not mean to suggest at all that Darwin was not highly intelligent, a genius in fact. I simply hold out that Darwin’s conclusion about his inward convictions should have also caused him to doubt the processes of his mind as well, including his construct of the evolutionary theory .

My point is this: if Darwin could not trust his inward convictions, being the product of a mind derived from lower life forms, what confidence should Darwin have in the “rational” conclusions of that same mind, it being the derived from irrational, random processes?

Vershuuren takes the analysis further in Darwin’s Blind Spot.

Reviewing Darwin’s Doubt Chapter 10

© Can Stock Photo Inc. / kgtoh

© Can Stock Photo Inc. / kgtoh

As I work my way through Darwin’s Doubt, by Stephen C. Meyer, the pace slows as we go from basic information, concepts and analyses  to complex ones. In my first article, I covered four chapters dealing with the fossil record,  the Cambrian explosion and addressing some conclusory solutions to the problem it poses to the theory of evolution. In my next two articles, I took on chapters 5 & 6 and chapters  7 & 8 dealing with more complex solutions that, in turn, expose more problems.

Over the course of those chapters, we traversed the fossil record and got progressively deeper into molecular and biological minutia. In Chapter 9, we stood back and looked at the forest in mathematical and probabilistic terms. The problems that we encountered at the microscopic level reveal problems of cosmic proportions as we examined the complexity of DNA and the plausibility of random mutations leading to functional results on which natural selection could work among the dizzying number of possible outcomes. In Chapter 10, we go back in to the deeper evaluation looking at genes and proteins.

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Reviewing Darwin’s Doubt Chapter 9

© Can Stock Photo Inc. / kgtoh

© Can Stock Photo Inc. / kgtoh

I am deep into the book, Darwin’s Doubt, by Stephen C. Meyer, and chronicling my way through it. The title of the book comes from the problem that the Cambrian explosion posed, and still poses, to evolutionary theory. In the first article, the problem that first appears in the fossil record is explained. In the next article, some possible solutions to the problems are explored and discarded. In the third article, we begin to look to genes for possible solutions, and that sets the stage for this article.

The origin of the animals that appeared suddenly in the Cambrian period necessarily required vast amounts of new functional information. Where did it come from and how did it arise? The discovery of DNA as information retaining and building mechanisms seemed to present great hope for a solution, but that is not the story the history of exploring this solution tells. In fact, the study of DNA has only accentuated the problem.

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Reviewing Darwin’s Doubt Chapters 5-6

© Can Stock Photo Inc. / radiantskies

© Can Stock Photo Inc. / radiantskies

I received the book, Darwin’s Doubt, by Stephen C. Meyer, as a gift and have been reading and reviewing it on this blog. I learn better by processing what I read, and processing, for me, means writing.

In the first installment, I breezed through the first four chapters of the book in which Meyer introduces the problem of “Darwin’s doubt”, the Cambrian Explosion. Darwin knew the sudden proliferation of life forms in the Cambrian era was a problem to his theory, but hoped future discoveries would prove his theory right.

The Theory of Evolution necessarily requires long periods of gradual change in which natural selection works to weed out unproductive traits in favor of productive traits, slowly and almost imperceptibly evolving from simple life forms to more complex life forms and from one life form to another life form.

The Cambrian “explosion” contraindicated Darwin’s Theory of Evolution. Darwin, himself, highlighted that fact, but he assumed that future discoveries would fill in the missing gaps that did not appear in the fossil record in his time. Meyer traces the most relevant history since Darwin’s time to “tell the rest of the story”, which turns out does not confirm his assumption. In fact, subsequent discoveries accentuate the problem.

In the next two chapters, Meyer explains how the scientific community has attempted to fill that gap with solutions that explain away the gap. Rather than question Darwin’s theory, they have moved to the molecular record to vindicate the theory to which the scientific community long ago committed. Meyer carefully explains how the Cambrian gap and less remarkable (but no less significant) Precambrian gap are not bridged by molecular analysis or anatomical analysis.

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