Stop for a moment and consider what you are doing right now. You are a configuration of approximately 37 trillion cells, each one a molecular factory of staggering complexity, sitting on a rock orbiting a fusion furnace at 67,000 miles per hour, somewhere in one of two trillion galaxies, reading an argument about whether the whole arrangement means anything. And the remarkable thing is not that you find yourself here. The remarkable thing is that you find it remarkable. The universe produced a creature that is astonished by the universe. That is not nothing. That is the whole argument.
Arthur Ernest Wilder-Smith held doctorates in Organic Chemistry (Geneva), Pharmacology (Illinois), and Pharmacognosy (University of Geneva). He lectured at NATO, the University of Illinois, and universities across Europe. The Royal Society of Chemistry listed him among the foremost pharmacologists of his generation.
“A universe which began in chaos and is governed only by impersonal physical law should trend inexorably toward disorder. Instead it produces specified, functional complexity at every level of organisation. This is a surprise. And surprise demands explanation.” — A.E. Wilder-Smith, The Natural Sciences Know Nothing of Evolution, 1981
See It Animated
◈ The Surprise Effect · Visual & Thermodynamic Map →I. What We Mean by "Surprise"
Jessica and the Stacked Rocks
I was walking in the woods with my daughter Jessica. She was seven, maybe eight years old. At some point she stopped, and when I caught up to her she was carefully placing smooth rocks on top of each other — different sizes, one balanced on the next, a little column of stones in the middle of a forest trail.
I asked her why she was doing it.
She looked up at me as if the answer were completely obvious. “Don't be silly, Daddy. I want people to know we were here.”
I did not ask her to do it. I did not suggest it. No one taught her that rocks don't stack themselves — she simply knew it. She understood, without being told, that smooth stones balanced in a deliberate column do not happen by accident. That arrangement means something. It means someone was there.
In information theory, surprise is technically defined: an event is surprising in proportion to how improbable it was before it occurred. The more unexpected, the higher the information content of the outcome. On a purely naturalist account, a universe operating by undirected physical law, the improbable is not supposed to be the norm. Improbable events, by definition, don't keep happening at every scale in every domain.
And yet. Here is what we actually observe: Chemistry is not merely complex. It is precisely complex in the way that permits biology. Biology is not merely organised. It is organised in the way that encodes and reads information. Information is not merely stored. It is stored in sequences that specify function. Function is not merely performed. It is performed by machinery that had to exist all at once or not at all — irreducible, interlocking, specified. And at the top of this stack: a creature that looks at the stack and asks who built it.
At every level, the universe produces more than the level below it would suggest. This is the Surprise Effect. It is not a single datum. It is a pattern, and patterns require explanation.
I-B. Wilder-Smith's Thermodynamic Challenge
Wilder-Smith's doctoral training was in chemistry and pharmacology, precisely the fields where thermodynamics is not an abstraction but a daily working constraint. He knew entropy the way a structural engineer knows load limits. His challenge to naturalistic evolution was not theological. It was thermodynamic.
The Second Law of Thermodynamics states that in any closed system, entropy, disorder, increases over time. Open systems can temporarily reverse this trend only by importing free energy from outside the system. The sun delivers free energy to Earth. But here is what Wilder-Smith observed: free energy alone is not sufficient to generate specified complexity. You can pour sunlight onto a pile of amino acids for ten million years and produce nothing but degraded amino acids. What is missing is not energy. What is missing is information.
Wilder-Smith was writing this in 1970. Shannon's information theory was less than two decades old. Wilder-Smith had already grasped that the biological puzzle was not "how do you get complexity?" It was "how do you get specified complexity?" The difference between a snow crystal (complex but unspecified) and a functional protein sequence (complex and specified) is the difference between a physics problem and an information problem. Physics produces snow. Information produces proteins. Those are not the same kind of thing.
This is precisely what modern ID theory calls specified complexity, the concept formalised by William Dembski in the 1990s and 2000s. Wilder-Smith reached the same conclusion twenty years earlier from a purely chemical and thermodynamic analysis. He was not building on Behe or Meyer. He was their intellectual ancestor.
Wilder-Smith's key insight was this: information flows from mind to matter. It does not spontaneously emerge from matter. In every observed case where information arises, it arises from a mind, a conscious, intentional source. The genome is not merely complex. It is a message. And messages come from minds. That is the Surprise Effect at its root.
Related Arguments — Each in its own article
The Surprise Effect is the pattern — the observation that reality consistently produces more than the level below it would predict. Three of its strongest expressions are developed in full in their dedicated articles:
II. What Real Science Radio Documents
The Surprise Effect argument has been carried forward by a generation of researchers who built on Wilder-Smith's foundation. Real Science Radio (rsr.org), hosted by Bob Enyart and Fred Williams, has documented hundreds of hours of interviews with working scientists who report exactly the pattern Wilder-Smith described: the data keeps producing surprises that the standard naturalist framework did not predict and cannot absorb without revision.
The Institute for Creation Research (icr.org), founded by Henry M. Morris, extended Wilder-Smith's thermodynamic argument into formal analysis of radiometric dating anomalies (the RATE project), soft-tissue discoveries in allegedly ancient fossils, and the information architecture of cellular machinery. Their findings — reported in peer-reviewed technical monographs — constitute exactly the kind of empirical anomalies the Surprise Effect predicts: the universe keeps producing observations that the standard framework does not accommodate.
III. Consciousness — The Surprise That Breaks the Model
If all the preceding surprises could be absorbed by a sufficiently creative naturalist framework, the emergence of consciousness cannot. This is what David Chalmers calls the Hard Problem: not explaining why certain neural states correlate with certain behaviors — that is the "easy problem," and science is making progress on it — but explaining why there is something it is like to be a physical system at all.
The redness of red. The pain of pain. The taste of salt. These are not behavioral outputs. They are not computational states. They are experiences — and physical description, however complete, does not explain why physical processes feel like anything. The neuroscientist can map every synapse firing during an experience of awe. That map is not the awe. The map is never the territory. And the territory here is consciousness itself.
Thomas Nagel — not a theist, not an ID proponent, a committed secular philosopher — wrote in Mind and Cosmos (2012): "The existence of consciousness seems to imply that the physical description of the universe, in spite of its richness and detail, leaves something out." He concluded that neo-Darwinian materialism as a comprehensive worldview is "almost certainly false." This is not a creationist. This is a philosopher who followed the argument regardless of where it led, and where it led was away from naturalism.
IV. Astonishment as Evidence
Return to where we started. You find the universe remarkable. This is not a sentiment. It is a data point.
Astonishment — genuine astonishment at the beauty and order of things — is not predicted by naturalism. There is no evolutionary reason for a cognitive faculty that responds to the elegance of mathematical law with anything beyond instrumental calculation. Birds navigate by magnetic field lines with no sense of wonder at magnetism. Bats echolocate without appreciating the physics of sound. Only one species has looked at the world and experienced what can only be described as a sense that it was made for them to discover.
G.K. Chesterton wrote: "The world will never starve for want of wonders, but only for want of wonder." He was pointing at something real. The capacity for wonder — the sense that things are more than they appear, that existence requires explanation beyond mere existence — is not a malfunction of the human mind. It is its highest function. It is the feature, not the bug.
A universe that accidentally produced creatures capable of astonishment — creatures who ask why there is something rather than nothing — is a universe that produced the question its own existence demands. That is not an accident. That is an invitation.
The Universe Was Built to Be Found Out
Every layer of surprising complexity — from thermodynamic information to conscious minds — points in the same direction. Biology has the signature of something that was built to be investigated: code that reads itself, machines that build their own parts, and a creature whose highest capacity is the search for truth.
That creature is you. The search ends somewhere specific — not in a vague cosmic principle, but in a Person. The Designer of the code entered the code. He walked in it, spoke in it, died in it, and walked out of death in it. Jesus is the Reason. The Resurrection is the event where the Surprise Effect resolves — where the pattern of ordered complexity meets its Author face-to-face.
The only question remaining is whether you will follow the argument where it leads — all the way to the end.
The Code: Information Theory & DNA →The following sources constitute the primary intellectual foundations for reviewing and preparing for this kind of argument.
- Wilder-Smith, A.E. (1981). The Natural Sciences Know Nothing of Evolution. Master Books / T.W.F.T. Publishers. The foundational text of the thermodynamic-information argument against naturalistic evolution. Three doctorates in chemistry and pharmacology speak with authority: free energy without specified information cannot produce biological complexity. This is the original statement of the Surprise Effect argument. Find on WorldCat ↗
- Wilder-Smith, A.E. (1981). He Who Thinks Has to Believe. Master Books. Wilder-Smith's philosophical counterpart to his technical work: a sustained argument that materialist metaphysics is self-defeating. The title is the thesis — thought itself implies a non-material reality. Find on WorldCat ↗
- Wilder-Smith, A.E. — Lecture: "Creation vs Evolution" (filmed c. 1985). Available: YouTube. One of several filmed lectures in which Wilder-Smith presents his thermodynamic case in accessible language. His delivery is methodical and scientific — this is a chemist reasoning from data, not a preacher appealing to faith. Watch on YouTube ↗
- Wilder-Smith, A.E. — Lecture: "Is Man a Machine?" (filmed c. 1985). Available: YouTube. Addresses the reductionist claim that consciousness is simply computation. Anticipates the Hard Problem by 30 years. Watch on YouTube ↗
- Wilder-Smith, A.E. — Lecture: "Origin of the Universe" (filmed c. 1985). Available: YouTube. Despite its cosmological title, the core of this lecture is thermodynamic and information-theoretic: Wilder-Smith argues that the origin of any ordered system — whether a universe or a cell — requires an information source that precedes matter. The lecture is relevant here as a statement of the information-first principle, not as a cosmological argument. Watch on YouTube ↗
- Wilder-Smith, A.E. — SermonAudio archive. Available: sermonaudio.com/speakers/11059/ Archive of audio recordings including lectures on thermodynamics, creation, and the nature of information. Approximately 30 recordings archived. SermonAudio Archive ↗
- Wilder-Smith, A.E. — ISBR Lectures. Institute for Scientific and Biblical Research. Available: isbrministries.org The Institute for Scientific and Biblical Research preserves additional Wilder-Smith lecture material not available elsewhere. ISBR Archive ↗
- Nagel, T. (2012). Mind and Cosmos: Why the Materialist Neo-Darwinian Conception of Nature Is Almost Certainly False. Oxford University Press. A secular philosopher's case that naturalism cannot account for consciousness, cognition, or value. One of the most important philosophical arguments of the decade — and deeply unwelcome in materialist circles. Search this source ↗
- Chalmers, D. (1996). The Conscious Mind: In Search of a Fundamental Theory. Oxford University Press. Introduced the "Hard Problem of Consciousness." The most rigorous statement of why physical description fails to account for subjective experience — even by a philosopher who is not a theist. Search this source ↗
- Dembski, W.A. (1998). The Design Inference: Eliminating Chance Through Small Probabilities. Cambridge University Press. The formal mathematical treatment of specified complexity — the concept Wilder-Smith reached from thermodynamics two decades earlier. Dembski provides the probabilistic framework for distinguishing chance, necessity, and design. A rigorous complement to Wilder-Smith's chemical argument. Search this source ↗
- Meyer, S.C. (2009). Signature in the Cell: DNA and the Evidence for Intelligent Design. HarperOne. The most complete modern treatment of the information argument for design — building directly on the foundation Wilder-Smith laid. Meyer's focus on the origin of biological information (not just complexity) is precisely what Wilder-Smith identified as the key problem in 1970. Search this source ↗
- Wigner, E.P. (1960). "The unreasonable effectiveness of mathematics in the natural sciences." Communications on Pure and Applied Mathematics, 13(1), 1–14. The classic paper on why abstract mathematics describes physical reality. The original statement of the Surprise Effect's foundational puzzle. Search this source ↗
- Behe, M.J. (1996). Darwin's Black Box: The Biochemical Challenge to Evolution. Free Press. Behe's irreducible complexity argument in biochemistry — the molecular counterpart to Wilder-Smith's thermodynamic argument. Where Wilder-Smith asked "where does the information come from?", Behe asks "how does the machinery exist all at once?" Both questions remain unanswered by standard evolutionary theory. Search this source ↗
Where Does This Argument Lead You?
Select the conclusion that most honestly fits your assessment.