Chemical Evolution As Proposed by Darwinists

Written by Steven Barto, B.S., Psych.

DARWINISTS WANT US TO believe that all species of organisms arose and developed through the natural selection of small, inherited variations that increased the individual’s ability to compete, survive, and reproduce. Notwithstanding the fact that Charles Darwin had no formal training or knowledge of genetics, he felt compelled to present an unproven theory of the origin of species. He believed new species are able to originate from prior organisms that have adapted to fit environmental stressors, thus surviving over weaker organisms. Scientists and teachers today have parlayed this into the dogmatic contention that life itself began from inorganic molecules that spontaneously appeared on our planet some time after space, time, and matter created itself out of nothing. In effect, they are attempting to reverse-engineer man by tracing his origin back to molecules present in a so-called organic soup at the dawn of time.

Darwin Book Cover Image.jpg

Granted, Darwin never claimed to explain the origin of life; just the origin of species. The word species means “a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.” Species is one of the major categories used in the classification of organisms. A hierarchical system is used for classifying organisms to the species level, which, by definition, is the most specific class of organisms. The categories established by this classification are Kingdom, Phylum, Class, Family, Genus, and Species. Species is sometimes confused with kind or sort, as expressed by Ken Ham of Answers in Genesis.

From a biblical perspective, land animals like wolves, zebras, sheep, lions, and so on have at least two ancestors that lived on Noah’s ark, about 4,300 years ago. These animals have undergone many changes since that time. But dogs are still part of the dog kind, cats are still part of the cat kind, and so on. God placed variety within the original kinds, and other variations have occurred due to genetic alterations. This is a scientifically sound theory. Genetic variations have occurred over time, resulting in mutations. Never has such a variation changed a dog into a cat or a butterfly into a bat.


According to evolutionary biology, once life got started, Darwinian evolution took over and eventually produced the degree of diversity we see on the planet today. Under the standard view, a process of random mutation and natural selection built life’s vast complexity one small mutational step at a time. Of course, all of life’s complex features are encoded in the DNA of living organisms. Building new features thus requires generating new information in the genetic code of DNA. Can the necessary information be generated in a non-directed, step-by-step manner as espoused by Darwin? Darwinian evolution can explain each small step along an evolutionary pathway that might produce some survival advantage. However, when multiple mutations must be present simultaneously to gain a functional advantage, Darwin gets stuck. In fact, Darwin (1859) wrote, “If it could be demonstrated that any complex organ existed, which could not possibly have been formed by numerous, successive, slight modifications, my theory would absolutely break down.”


Michael Behe is professor of biochemistry at Lehigh University in Pennsylvania and a senior fellow of the Discovery Institute’s Center for Science and Culture. He coined the term irreducible complexity to describe systems which require many parts—and thus many mutations—to be present all at once before providing any survival advantage to the organism. According to Behe, such systems cannot evolve in the step-by-step fashion required by Darwinian evolution. As a result, he maintains that random mutation and unguided natural selection cannot generate the genetic information required to produce irreducibly complex structures. Too many simultaneous mutations would be required—an event which is highly unlikely to occur. In other words, if a feature cannot be built by numerous, successive, slight modifications, and if intermediate steps do not confer a net benefit on the organism, then Darwinian evolution will absolutely break down.


Darwinian evolution requires a mechanism for generation of diversity in a population, and selective differences between individuals that influence reproduction. In biology, diversity is generated by mutations. Selective differences arise because of the encoded functions of the sequences (e.g., ribozymes or proteins). Today, evolutionists lay claim to a process they call chemical evolution, in which diversity is generated by random chemical synthesis instead of (or in addition to) mutation. They state that selection acts on physio-chemical properties. The story of the unguided (un-designed) chemical evolution of first life has some variations depending on who’s version you read, but its main points can be summarized as follows:

  • At the time when the chemical constituents of the first life were developing, the Earth had virtually no free oxygen, important since the presence of free oxygen would prevent the formation of compounds essential for the origin of life.
  • Nature “invented” a way to produce the chemical letters of the DNA/RNA alphabet: cytosine, adenine, thymine, and guanine (C, A, T, and G).
  • Nature “invented” a way to make the sugars ribose and deoxyribose.
  • Nature “invented” a way to combine these sugars, phosphoric acid, and the DNA/RNA alphabet letters (the four nucleobases) into long chains.
  • Nature “invented” a method to make twenty distinct amino acids into sophisticated protein machines.
  • After inventing all this, nature changed the self-replicating molecule into a system in which DNA coded for amino acids and thus for proteins.
  • Finally, nature “invented” a membrane system that isolated the invented molecules from the environment and metabolism began.

Stanley Miller’s “Chemical Evolution” Experiment

Geologists estimate that the Earth formed around billion years ago. They claim that for many millions of years, early Earth was pummeled by asteroids and other celestial objects. Temperatures would have been very high (with water taking the form of a gas, not a liquid). The first life might have emerged during a break in the asteroid bombardment when it was cool enough for water to condense into oceans. They then point to a second supposed bombardment happened about 3.9 billion years ago. They believe this is the point when Earth became capable of supporting sustained life.

In 1953, Stanley Miller and Harold Urey did an experiment to determine if organic molecules could be spontaneously produced. under reducing conditions thought to resemble those of early Earth. The result was a tarry slime with 85% tar, 13% carboxylic acids, and 2% amino acids, which they thought resembled those of early Earth.

Similar experiments have produced the same kinds of results:

  • Living organisms have twenty different kinds of amino acids, a twenty-letter alphabet used to “write” protein and protein machines essential to life. But Miller-type experiments produce many amino acids that are not present in proteins. These amino acids aren’t part of the relevant alphabet for coding life.
  • The side chains of amino acids determine their chemical nature. They may be hydrophobic, neutral, acidic, or basic. None of the amino acids with basic side chains (lysine, arginine, and histidine) have been formed in Miller-type experiments, and yet these are crucial for life.
  • In any given experiment, only a few, and at most thirteen, of the twenty amino acids present on proteins have been formed. All twenty are needed for life.
  • The composition of compounds formed in Miller-type experiments differs from that found in living cells. Monofunctional compounds that inhibit polymer formation are oversupplied in Miller-type experiments. To form a chain from molecules, the molecules must have two “sticky ends; if they have only one, there is nothing for the next compound to attach to. Miller-type experiments produce far too few molecules with two “sticky ends.”

The random mixture of chemicals produced by these types of experiments is simply not close enough to that which is required for life. Anindya Das, Assistant Professor at the Department of Microbiology of KPC Medical College and Hospital, West Bengal University of Health Science, Kolkata, India, stated in a paper Published January 7, 2019, “…it can be assumed that the basic constituents of life like Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous and other inorganic substances combined in a proportion to create first life on earth. Probably the origin of life started from the production of purine, pyrimidine rings, amino acids, sugar alcohols, nucleic acid chains and the first life on earth is prokaryotic microbes which probably evolved from the virus like particles” [Italics mine]. That’s a lot of speculation.

Das divided the origin of life into three steps: Step I—Formation of basic structural elements or building blocks of life like purine and pyrimidine rings, amino acids, glucose, phosphate energy bonds; Step II—Formation of more complex structural forms by chain elongation of basic structural molecules; Step III—Systematic assembling of all these structural elements leading to a structural unit with functional autonomy where all the biochemical reactions can occur automatically, repeated in an organized way, making it an autonomic functional unit capable of recognition, sensing, sigaling, bio-chemical synthesis, degradation (metabolism), energy production, self-duplication (reproduction), homeostasis and information dissipation. Das said the most difficult part of this theory is how formation of more complex structural forms by chain elongation and the systematic assembly of these parts occurred to achieve functional autonomy, forming the first living form.

Given all the talk about nucleic acids, proteins and such, it’s important to note that a living cell is much more than just nucleic acids and proteins. It has the sophistication of a factory or city. This is true of the very basic microorganism. A complex cell membrane is necessary to separate the content of the cell from the environment. It is always formed from the pre-existing membrane, and separates the intracellular reactions from the environment. A cover that separates the complex reaction pathways would provide isolation from the outside world. This is critical to cellular integrity and, consequently, cellular health. Without a proper membrane, the complex reaction pathways would stand no more chance of surviving and succeeding in the so-called primordial soup than a house of cards in a storm. The membrane, therefore, is likely an essential part of the formation of specific transport systems. Any failure in the cellular wall would cause infiltration of damaging molecules from viruses, toxins or other deadly chemical compounds.

Ebola Virus Cell.png

Researchers who have studied Ebola Zaire initially thought that the virus’s glycoprotein is the primary determinant of vascular-cell injury and that Ebola virus infection of endothelial cells induces structural damage, which could contribute to hemorrhagic diathesis—an unusual susceptibility to bleeding—but not enough evidence has been compiled as yet to make this determination. The hemorrhagic tendencies of Ebola Zaire,  however, are related to decreased synthesis of coagulation and other plasma proteins because of severe hepatocellular necrosis. This is a clear indication of the importance of a strong cellular membrane.

Life is Built Upon Genetic Information


An essential property of all life is information. This includes the information written using DNA’s four-letter alphabet—the information in proteins that are built by using instructions from DNA. The chemical structure of DNA does not explain its code—that is, the rules that the cells follow in translating the information in DNA into all functional proteins. Nor does it explain the “software” written by it. (See my post Signature in the Cell: The Definition of Life). The chemical structure doesn’t explain it any better than the chemical composition of ink and paper explain the information contained in a printed book, or the language, syntax, and grammatical rules used to create the message.

Here’s the big question: Where did the genetic code come from? Forget for a moment that molecules are made of matter (which cannot create itself). How could genetic coding change itself and remain viable and functional at each evolutionary stage? Biological information (essentially data) remains a sticky point for those who cling to purely materialistic origins for life. There is no scientific evidence supporting the notion of a mindless origin for this essential feature of life. And there is good reason to believe that biological information, and the language it is written in, instead have their origin in the work of a creative intelligence.

Parting Remarks

Unfortunately, the “official” view in public education remains that life appeared “spontaneously,” not long after the conditions were right, with no need for intelligent design. But there is no credible evidence in support of this dogmatic view. Fred Hoyle wrote, “If there were some deep principle which drove organic systems towards living systems, the operation of the principle should be demonstrable in a test tube in half a morning. Needless to say, no such demonstration has ever been given. Nothing happens when organic materials are subject to the usual prescription of showers of electrical sparks or drenched in ultraviolet light, except the eventual production of a tarry sludge.” He later stated, “The notion that not only the biopolymer but the operating program of a living cell could be arrived at by chance in a primordial organic soup here on the Earth is evidently nonsense of a high order.”

I read in Michael Behe’s book, Darwin’s Black Box, that molecules are tiny machines that require multiple parts in order to function. His most famous example is the bacterial flagellum—a micro-molecular rotary-engine, functioning like an outboard motor on bacteria to propel it through liquid a medium to find food. In this regard, flagella have a basic design that is highly similar to some motors made by humans containing many parts that are familiar to engineers, including a rotor, a stator, a u-joint, a propeller, a brake, and a clutch. As one molecular biologist writes in the journal Cell, “[m]ore so than other motors, the flagellum resembles a machine designed by a human.” However the energetic efficiency of these machines outperforms anything produced by humans: the same paper found that the efficiency of the bacterial flagellum “could be ~100%.”

Pierre-Paul Grasse, past president of the French Academy of Sciences, contended that “[m]utations have a very limited ‘constructive capacity” because “[n]o matter how numerous they may be, mutations do not produce any kind of evolution.” Many other scientists feel this way. More than 800 PhD scientists have signed a statement agreeing they “are skeptical of claims for the ability of random mutation and natural selection to account for the complexity of life” (See “A Scientific Dissent from Darwinism” at Indeed, Thornton and DeSalle (2000) wrote in Annual Review of Genomics and Human Genetics: “[I]t remains a mystery how the undirected process of mutation, combined with natural selection, has resulted in the creation of thousands of new proteins with extraordinarily diverse and well optimized functions.”


Behe, Michael. Darwin’s Black Box. New York: Free Press, a Division of Simon & Schuster, 2006.

Darwin, Charles. On the Origin of Species by Natural Selection. (Chapter 6). UK: John Murray Publications, 1859.

DeRosier, David. “The turn of the screw: The bacterial flagellar motor.” Cell, 93: 17-20, 1998.

Thornton, Joseph and DeSalle, Rob. “Gene Family Evolution and Homology: Genomics Meets Phylogenetics,” Annual Review of Genomics and Human Genetics, 1:41-73, 2000.

Signature in the Cell: The Definition of Life

“What a wildly wonderful world, God! You made it all, with Wisdom at your side,
    made earth overflow with your wonderful creations. Oh, look—the deep, wide sea, brimming with fish past counting, sardines and sharks and salmon”

(Psalm 104:24-25, MSG).

Written by Steven Barto, B.S., Psych.

CHRISTIANS TODAY ARE FREQUENTLY looked upon with suspicion as a subculture that holds strange, old-fashioned, narrow-minded views on the origin of the universe, the nature of man, and the existence of a supreme being. In certain circles, especially politics and academia, there is a degree of condescension, suspicion, and contempt. The world sees Christians as “haters” or “bashers,” labeling us  elitist, xenophobic, Islamophobic, homophobic, and delusional. Unfortunately, this is due in part to the words Christians use when taking on today’s culture. Still others say Christians are on the opposite side of science, believing in a fairy tale God, holding irrational beliefs as to the origin of life and the universe. Although Christians are called upon to be ready to defend the Gospel at any time, 1 Peter 3:15 provides a clear admonition that when doing so we are to show courtesy and respect.

Darwin Portrait

In Darwin’s time, few, if any biologists talked about biological or genetic information. Today, they routinely refer to DNA, RNA, and proteins: carriers or repositories of information. Biologists tell us that DNA stores and transmits “genetic information,” that it contains a genetic message, including instructions—a genetic blueprint or digital code—regarding how the life it “represents” should be assembled. Biology has recently entered its own information age. Scientists seeking to explain the origin of life have taken note. Life is not made up of mere matter and energy, but also information. Since matter and energy existed before life, this critical aspect of living organisms is now center stage. Inanimate matter cannot write the information necessary for life. At some point, biological information came into existence. Consequently, theories that claim to explain the origin of life must answer the genetics question.

It’s a Matter of Information

What exactly is “biological information?” Beginning in the 1940s, mathematicians and computer scientists began to define, study, measure, and quantify information. They made distinctions between several types of information. What kind of information does DNA contain? What kind of information must origin-of-life researchers explain the origin of? DNA contains specific information that deepens the mystery surrounding life. Most of us use the term information to describe some piece of knowledge. According to the standard definition, information holds two distinct meanings: (i) facts provided or learned about something or someone; and (ii) what is conveyed or represented by an arrangement or sequence of things. The second definition is on point regarding our discussion on the origin of biological or genetic information. It refers to genetically transmitted information. The specific “code” of life itself. It is a rather dubious claim to state that genetic information came from nothing; that it “wrote” itself. Moreover, information specific to the second definition equals an arrangement or string of characters that accomplishes a particular outcome or performs a function of communication.

Indeed, DNA contains alternative sequences of nucleotides that can produce some specific effect. This certainly indicates that DNA contains information or, if you prefer, instructions, regarding life. Neither DNA nor the cellular machinery that uses its information is conscious. As an appropriate comparison, neither does software “code” comprehend the existence of the software program itself. Yet clearly software contains a kind of information or instruction. Strikingly, its code is made up of some combination of zeros and ones: yes/no, left/right, this/that. How much more complex is the genetic code of a living organism?

Information theory was developed in the 1940s—81 years after Darwin published On the Origin of Species, which he claimed explained the development of the rather complicated and sometimes messy process of speciation. In was in the 1940s that MIT engineer and mathematician Claude Shannon was studying an obscure branch of algebra. Few people were paying attention. He had taken nineteenth-century mathematician George Boole’s system of putting logical expressions in mathematical form and applied its categories of “true” and “false” to switches found in electronic circuits. I am reminded of my study of basic electronics and electrical systems in the 1970s as a high school student, wherein the movement of energy through a circuit was determined by whether a switch was “open” or “closed.” Shannon’s master’s thesis has been called “possibly the most important, and also the most famous, master’s thesis of the century.” It eventually became the foundation for digital-circuit and digital-computer theory. Today, structures exhibiting specified complexity in living organisms are completely unknown and unknowable apart from the DNA, RNA, and proteins that establish their genetic features.

Applying Information Theory to Life

Obviously, there is a tremendous amount of variation between species. Species—groups of similar organisms within a genus—are designated by biochemical and other phenotypic criteria and by DNA relatedness, based on their overall genetic similarity. You may recall from ninth-grade biology class that living organisms (whether animal or plant, zebra or zucchini) are divided into seven levels: kingdom, phylum, class, order, family, genus, and species.

Classification System.png

There are five kingdoms, which are determined by how living organisms obtain their food, the types of cells that make up their body, and the number of cells they contain. Phylum gives us a grouping of physical similarities. Class designation narrows similarities even further. For example, the reason man is considered a mammal is because we too drink milk from our birth mothers. Order is based on taxonomy—a checklist of characteristics that determines how organisms are grouped together. Orders are then divided into families. Because they share much genetic information, organisms in a family are said to be related to each other. Genus is a way to describe the genetic name for an organism. Species is the most specific classification of living organisms, hence the word used to label the category. The root for this term comes from the Latin specificus meaning “constituting a kind or sort.” Accordingly, when we identify a subject in conversation, we are said to get specific.

Consider species with which we are familiar. We recognize zebras by their stripes, elephants by their trunks, giraffes by their long necks, bald eagles by the color of the feathers on their heads, and monarch butterflies by the patterns on their gossamer wings. Species are defined by their traits. This is true across all life. Mammals, reptiles, birds, amphibians, fish, starfish, sea urchins, crustaceans, arachnids, insects, worms of all kinds, shellfish, octopi, snails, corals, jellyfish, sponges, mosses, ferns, grasses, orchids, fruit trees, fungi, algae, bacteria, and all the life forms on earth possess unique combinations of traits. The origin of species is a question of the origin of traits. If you want to know the origin of zebras, you need to discover the origin of stripes. The origin of plants is bound up in the origin of trunks. Giraffe origins are inextricable from the origin of long necks. The origin of any species is found in the origin of the traits that define them. Examination of traits must include microscopic observation.

Let’s Get Specific

Somatic cells (i.e., non-reproductive cells) divide through a process of cell division termed mitosis. In both animals and plants, before the nucleus breaks down, structures that look like flexible noodles (called chromosomes) appear during a period termed prophase. Through prometaphase, the membrane surrounding the nucleus breaks down. The process continues through a complicated sequence of events. Because the process of nuclear division is so complex, it suggests a functional role for chromosomes. If chromosomes were inert and irrelevant to heredity, why would cells take such care to pass them on via such a unique and detailed cycle?dna helixThe answer to the how of DNA function is intricately bound up in the structure of DNA. Any potential structure for DNA must show how it could carry complex hereditary information. The architecture cannot simply repeat unchanging units. Chemically, the structure of DNA would need to be stable over many generations in order to pass traits along to future generations. For example, elephants produce more elephants each generation, giraffes more giraffes, bald eagles more bald eagles, and so on. The stable framework of DNA is the only explanation for this phenomenon. In addition, DNA must suggest a method by which it can be replicated. Without consistent transformation of genetic information, hereditary traits would become diluted and, ultimately, extinguished. Theoretically, this would result in a gradual fading of features familiar between parent and offspring, and, consequently, between homo sapiens.

Biologists eventually discovered the double helix, the structural relationship between DNA and chromosomes. DNA doesn’t exist in chromosomes as a long, straight stretch of helix. Rather, chromosomes represent dense forms of DNA. This is accomplished by packaging of DNA—cells wrap these helices around proteins in progressively higher levels of concentration to form the familiar chromosome shape. When sperm and egg fuse, the chromosomes of the sperm join the same nuclear compartment as the chromosomes of the egg. Interestingly, these paternal and maternal chromosomes exist as individual entities, carrying coded information from each parent. In other words, since both the father and the mother provide an equal number of chromosomes, both parents make an equal contribution to the features of the newly conceived offspring. Given the intricate science of heredity, it is simply impossible for the DNA of a giraffe to morph into the DNA of a chimpanzee. An offspring mimics its parents, period.

Remarkably, the physical basis for heredity—the nature of the very code of life—was not uncovered until nearly 100 years after Darwin wrote On the Origin of Species. This is indeed a significant bone of contention. Without this genetic information, Darwin could not have accurately argued for the origin of species. If he had no concept of how traits were written in a genetic code, he could not have identified the origin of any particular trait. In addition, he had no biogenetic knowledge that giraffes cannot become buffaloes. Moreover, reptiles cannot develop into mammals. It is simply not possible—not even through mutation. In other words, Darwin could not logically argue that through survival of the fittest a salamander became more adept at surviving in trees, leading them to eventually become birds, flying from tree to tree in the acquiring of food. This violates the very code of speciation.

What Are the Odds?

Carl Sagan Photo.jpg

The arguments presented by today’s New Atheists fly in the face of logic and probability. They espouse their theory on the origin of life amidst a vacuum of proof. Indeed, despite mathematical probability. I was a huge fan of Carl Sagan. My father and I used to watch his weekly television program on PBS. I loved hearing him utter those famous words, “…billions and billions.”  Sagan went to his grave viewing the universe as nothing more than molecules in motion. Granted, we and everything around us are comprised of molecules. Looking at the atom, we see a tiny universe unto itself—protons and neutrons orbiting a nucleus. Stepping back, we can see each atom orbiting other atoms in myriad combinations specific to the type of substance it is—air, water, carbon, hydrogen, grass, trees, the family dog, the food we eat, even the screen on which you are viewing these words. In fact, molecules of light are making it possible for you to see your computer screen.


Sagan, and others, would have us believe this finely-tuned orchestra of atoms circling atoms, planets circling the sun, the Milky Way circling other universes, just “happened” at some indiscriminate point in the observable past, when the universe just burst forth from a singular point of extremely hot and extremely dense matter. Matter, incidentally, which they claim popped into existence out of nothing. They fail to explain why it is okay for their theory to violate the laws of thermodynamics. Something cannot come from nothing. Energy cannot create itself. Further, prior to the Big Bang (which, by the way, is a term that does adequately describe the point when the universe began) time, space, and matter simply did not exist.

Donald Page of Princeton’s Institute for Advanced Science has calculated the odds against our universe randomly taking a form suitable for life as one out of 10,000,000,000124 which is a number that exceeds all imagination. Astronomers Fred Hoyle and N.C. Wickramasinghe found that the odds of the random formation of a single enzyme from amino acids anywhere on our planet’s surface are one in 1020 and, in addition, that there are about two thousand enzymes. The probability of these enzymes assembling randomly in a pattern that could define life is only one part in (1020 ) 20,000 or 1040,000. This is an outrageously small probability that could not be achieved even if the entire universe consisted of a dense organic soup. This is just one step in the formation of life. Nothing has yet been said about DNA and where it came from, or of the transcription of DNA to RNA, which scientists say cannot even be numerically computed.

Scientists have yet to thoroughly explain mitosis and meiosis. The first term mitosis refers to a cell dividing into two clones of itself, each with the same number of chromosomes. On the other hand, meiosis describes cell division that produces four cells (called gametes). These gametes are more commonly called sperm in males and eggs in females. Unlike in mitosis, the gametes produced by meiosis are not clones of the original cell, because each gamete has exactly half as many chromosomes as the original cell. A chromosome is a thread-like object (scientists literally called them threads or loops when they were first discovered) made of a material called chromatin.


Chromatin is made of DNA and special structural proteins called histones. One way to think of a chromosome is as one very long strand of DNA, with a bunch of histone proteins stuck to it like beads on a string. Chromosomes are stored in the nuclei of cells. If you compare the diameter of a cell nucleus (between 2 and 10 microns) to the length of a chromosome (between 1 and 10 centimeters, when fully extended!), you can see that a chromosome must be scrunched up into a very small package in order to fit inside a nucleus. The average chromosome is about a thousand times longer than a cell nucleus is wide. The situation is a bit like how a very long snake can coil up into a tight ball. This process is known, but the mechanism is not understood.

Joey Lagarbo, a scientist who works in the field of genetics, stated, “I completely understand where [this] comes from but at the end of the day it will only confuse you more. There are 46 chromosomes in a diploid human cell or 23 pairs of homologous chromosomes. Each of these 46 chromosomes do replicate but are still attached to each other by a centromere (that’s how we get the prototypical X shape of a chromosome). Each replicated chromosome is composed of two sister chromatids that are attached at the hip by a centromere; they are NOT completely separated. In other words, we went from 46 ‘I’ shaped chromosomes to 46 ‘X’ shaped chromosomes.” Someone responded to Lagarbo’s explanation by saying, “I understand this, but if someone could explain [the] conceptual problem it would be very much appreciated.”

A Change of Worldview

Jean Paul Sarte.jpgI want to share something about Jean-Paul Sartre. He was a French atheist and existential philosopher, most noted for his 1943 Being and Nothingness. Sartre promoted an anti-deterministic philosophy. In other words, science not based on causality. That’s scary! This is a type of existentialism based on the “logic” that existence precedes essence, and that matter is only defined by what man thinks it is. Man, according to Sartre’s initial philosophy, first materializes into the world, encounters himself, and only afterwards defines himself. There is no “definition” of anything outside of man’s opinion as to what it means to him. This is an anti-materialistic worldview that stands at odds with the scientific basis of existence. He wrote, “The effect of any form of materialism is to treat all men—including oneself—as objects, which is to say as a set of predetermined reactions indistinguishable from the properties and phenomena that constitute, say, a table, a chair, or a stone.”

The problem is that man is said to be free to choose—to invent himself and the physical universe. There would therefore be no genetic code for anything, let alone ethics. No ontological proscription for how man should behave. This is the very essence of moral relativism: The view that moral judgments are true or false only relative to culture and the zeitgeist of each historical period. No standpoint is uniquely privileged over all others. Amazingly, Sartre underwent a deathbed conversion espousing the grace of God and the “creatureliness” of man. Reversing himself, he said, “I do not feel that I am the product of chance, a speck of dust in the universe, but someone who was expected, prepared, prefigured. In short, a being whom only a Creator could put here; and this idea of a creating hand refers to God” [emphasis mine].

Divine Design

The astronomical evidence for God must be strong when atheistic scientists admit that the universe exploded out of nothingness. Agnostic astronomers now claim that supernatural forces were at work in the beginning, leading them back to a band of theologians who have been sitting there for centuries. But the scientific evidence for God does not end with the Cosmological Argument. For many, the precision with which the universe exploded into being provides even more persuasive evidence for the existence of God. This evidence, technically known as the Teleological Argument, derives its name from the Greek word telos, which means “design.”

The essence of the Teleological Argument is this:

  • Every design has a designer
  • The universe has a highly complex design
  • Therefore, the universe has a Designer

Isaac Newton (1642-1727) wrote, “This most beautiful system of the sun, planets and comets, could only proceed from the counsel and dominion of an intelligent and powerful Being.” William Paley (1743-1805) made the now-famous argument by his commonsense assertion that every watch requires a watchmaker. Imagine you’re walking along in the woods and you find a diamond-studded Rolex on the ground. What do you conclude is the cause of that watch: The wind and the rain? Erosion? Perhaps some combination of natural forces? Not at all! There is absolutely no question in your mind that some intelligent being made that watch, and that some unfortunate individual must have accidentally dropped it in the woods.

Our universe is, in fact, even more complex than that watch—containing a planet with a myriad of improbable and independent life-supporting conditions that make it a tiny oasis in a vast and hostile universe. Odds noted above that Princeton’s Donald Page put forth, and which astronomers Fred Hoyle and N.C. Wickramasinghe added to some time later, support intelligent design. These highly precise and interdependent conditions (which are called “anthropic constants”) make up what is known as the “Anthropic Principle.” In essence, the Anthropic Principle states that the universe is extremely fine-tuned (designed) to support human life here on earth. But this concept is more than a mere supposition. It is dependent on particular conditions:

  1. Oxygen Level. On earth, oxygen comprises 21 percent of the atmosphere. That precise figure is an anthropic constant that makes life on earth possible. If the oxygen level was just a few percentage points higher, fires would erupt spontaneously; if it were a few percentage points lower, human beings would suffocate. We know this is true from numerous summits at Mount Everest that require climbers to gradually acclimate to lower levels of oxygen higher up the mountain. Typically, climbers must supplement their need with bottled oxygen or risk dying from high-altitude cerebral or pulmonary edema (HACE or HAPE).
  2. Atmospheric Transparency. The small window astronauts must hit reflects the exacting standards by which the universe has been designed. While the atmosphere presents a reentry problem for astronauts, its present qualities are absolutely essential for life here on earth. The degree of transparency of the atmosphere is an anthropic constant. If the atmosphere were less transparent, not enough solar energy would reach the surface. If it were more transparent, we could be bombarded with a lethal amount of solar energy. Moreover, the atmospheric composition of precise levels of nitrogen, oxygen, carbon dioxide, and ozone are in themselves antropic constants. (This is why we’ve heard near-doomsday warnings about a thinning of or a hole in the ozone layer.)
  3. Moon-Earth Gravitational Interaction. If the gravitational interaction between the moon and the earth were greater than it currently is, tidal effects on the oceans, atmosphere, and rotational period would be too severe. If it were weaker, orbital changes would cause serious climate instability. In either event, life on earth would be impossible.
  4. Carbon Dioxide Level. Precisely the correct amount of carbon dioxide is maintained naturally in the earth’s atmosphere. In fact, forests play a critical role in the global carbon cycle by absorbing carbon dioxide during photosynthesis, storing carbon above and below ground, and producing oxygen as a byproduct of photosynthesis. Consider the danger of increased “carbon footprints” created by various forms of pollution, including transportation and manufacturing. The phrase  greenhouse gases is based on the increased “greening” of our trees, which is causing higher concentration of carbon dioxide in earth’s atmosphere.
  5. Gravity. The gravity that is pulling earth’s inhabitants to the surface is also an anthropic constant. Its strength may be frightening and mysterious, but it couldn’t be any different for life to exist. If the gravitational force were altered by 0.00000000000000000000000000000000000001 percent, our sun would not exist, and, therefore, neither would we. Now that’s precise design!

Typically, atheists respond to the concept of an Anthropic Principle in one of two ways. Some admit there’s some kind of Designer. Astronomer Fred Hoyle had his atheistic beliefs shaken, responding to this concept by agreeing that a super intellect has monkeyed with physics, chemistry, and biology. Although he was vague, Hoyle recognized that the fine-tuning of the universe requires intelligence. Other atheists admit design but then claim there is no Designer. They say this precise tuning “happened by chance.” This flies in the face of basic logic. How can the universe be designed (indeed, finely-tuned) without a “tuner?” Pianos cannot possibly tune themselves. Nor could the universe have “designed” itself.

Concluding Remarks

John Glenn, on his return to space in 1998 aboard the space shuttle Discovery, said, “To look out at this kind of creation and not believe in God is to me impossible.” Nearly 2,000 years ago Paul wrote, “Ever since the creation of the world [God’s] invisible nature, namely, his eternal power and deity, has been clearly perceived in the things that have been made” (Romans 1:20, RSV). Evidence of a heavenly Designer is clear, but man often takes it for granted or, more typically, sets out to prove a negative: There is no God, therefore God did not create the universe. C.S. Lewis, in his iconic book The Screwtape Letters provides great insight into this tendency we have to take for granted the amazing world around us. It seems that in our empirical world we are too busy to slow down and contemplate the universe and our place in it.

All instruction, all teaching, all training, comes with intent. Someone who writes an instruction manual does so with purpose. Every cell in our bodies contains a very detailed instruction code, much like a miniature computer program. A computer program is written in the language of ones and zeros: 110010101011000. The way they are arranged tell the computer program what to do. The DNA in each of our cells is very similar. It’s made up of four chemicals: adenine, thymine, guanine, and cytosine. When mapping genomes, scientists abbreviate these chemicals A, T, G, and C. These are arranged in the human cell similar to the following: CGTGTGACTCGCTCCTGAT. I find it remarkable that there are approximately three billion letters arranged in code for every cell in a living organism. The very function of each cell is determined by how the code is written.

We’re often told by “scientists” that God does not exist. They don’t leave it there. They also add that science cannot prove the presence of a metaphysical concept or an ephemeral being. Of course, the “logical” conclusion they come to is God is not real. The irony is not lost on me that they are trying to prove a negative by using the same science that actually points to several critical points: (i) the universe began as a very hot and very dense singularity; (ii) energy and matter cannot create itself; (iii) the universe is expanding, and will ultimately cease to exist due to entropy and chaos; (iv) all physical elements, from from the subatomic level to the the endless expanse of the universe, orbit each other in an extremely well-tuned dance; (v) the Anthropic Principle provides a critical examination of five major factors which, if altered even one tittle, would cause the extinction of all forms of life on earth.

The laws of physics, when applied uniformly and fairly, indicate that the universe could not have created itself. The scientific principle cause and effect fails to support the birth of our universe from nothing, as there is no known explanation for the cause of the singularity or the cause of the “explosion” that formed everything. Scientists who accept that the universe was formed from the Big Bang believe their assumptions are true. However, they too rely on “faith” to conclude that that the universe was born at the precise moment of the Big Bang from an infinitely small point of hot, dense matter for which they have no explanation of its original source. Simply stated, they have absolutely no theory for the original source of this matter and energy. William Paley’s logical conclusion was that every watch requires a watchmaker.