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Origin of life

An explanation of what is needed for abiogenesis (or biopoiesis)

by

Published: 26 November 2013 (GMT+10)

Introduction

How did life begin? The origin of life is a vexing problem for those who insist that life arose through purely natural processes. The naturalistic origin of life is also known as abiogenesis or sometimes chemical evolution.

Some evolutionists try to claim that the origin of life is not a part of evolution. However, probably every evolutionary biology textbook has a section on the origin of life in the chapters on evolution. The University of California, Berkeley, has the origin of life included in their ‘Evolution 101’ course, in a section titled “From Soup to Cells—the Origin of Life”.1 High-profile defenders of ‘all-things-evolutionary’, such as P.Z. Myers and Nick Matzke, agree that the origin of life is part of evolution, as does Richard Dawkins.2

A well-known evolutionist of the past, G.A. Kerkut, did make a distinction between the General Theory of Evolution (GTE), which included the origin of life, and the Special Theory of Evolution (STE) that only dealt with the diversification of life (the supposed topic of Darwin’s 1859 book).3

It is only recently that some defenders of evolution have tried to divorce the origin of life from consideration. It’s probably because the hope of finding an answer is rapidly fading, as one scientific discovery after another of sophisticated machinery in even the simplest living cells makes the problem of a naturalistic origin ever more difficult.

So, what do we need to get life? We can break the problem of the origin of life into a number of topics in an attempt to explain to non-scientists what is involved (although it still might be mind-stretching).

Wikimedia commons

Cells

How did life begin? Explaining the origin of life by solely physical and chemical processes is proving to be extremely difficult.

What is it that we have to obtain to produce a living cell? A living cell is capable of acquiring all the resources it needs from its surroundings and reproducing itself. The first cell had to be free-living; that is, it could not depend on other cells for its survival because other cells did not exist. Parasites cannot be a model for ‘first life’ because they need existing cells to survive. This also rules out viruses and the like as the precursors to life as they must have living cells that they can parasitize to reproduce themselves. Prions, misshaped proteins that cause disease, have nothing to do with the origin of life because they can only ‘replicate’ by causing proteins manufactured by a cell to become misshaped.

The first things needed are the right ingredients. It’s bit like baking a cake; you can’t make a banana cake if you have no bananas or flour.

Getting all the right ingredients

Right here there is a major problem for chemical soup approaches to the origin of life: all the components have to be present in the same location for a living cell to have any possibility of being assembled. But necessary components of life have carbonyl (>C=O) chemical groups that react destructively with amino acids and other amino (–NH2) compounds. Such carbonyl-containing molecules include sugars,4 which also form the backbone of DNA and RNA. Living cells have ways of keeping them apart and protecting them to prevent such cross-reactions, or can repair the damage when it occurs, but a chemical soup has no such facility.

Cells are incredibly complex arrangements of simpler chemicals. I am not going to cover every chemical that a first cell would need; it would take a book and some to cover it. I am just going to highlight some of the basic components that have to be present for any origin of life scenario.

a. Amino acids

Living things are loaded with proteins; linear strings of amino acids. Enzymes are special proteins that help chemical reactions to happen (catalysts). For example, the enzyme amylase is secreted in our saliva and causes starch molecules from rice, bread, potatoes, etc., to break up into smaller molecules, which can be then be broken down to their constituent glucose molecules. We can’t absorb starch, but we are able to absorb glucose and use it to power our bodies.

Some reactions necessary for life go so slowly without enzymes that they would effectively never produce enough product to be useful, even given billions of years.5

Other proteins form muscles, bone, skin, hair and all manner of the structural parts of cells and bodies. Humans can produce well over 100,000 proteins (possibly millions; nobody really knows exactly how many), whereas a typical bacterium can produce one or two thousand different ones.

Chemical structure of leucine, the most common amino acid

Figure 1. Leucine, the most common amino acid, which is a specific arrangement of atoms of carbon (C), hydrogen (H), oxygen (O), and nitrogen (N).

Proteins are made up of 20 different amino acids (some microbes have an extra one or two). Amino acids are not simple chemicals and they are not easy to make in the right way without enzymes (which are themselves composed of amino acids); see Figure 1.

The 1953 Miller–Urey experiment, which almost every biology textbook still presents, managed to make some amino acids without enzymes. It is often portrayed as explaining ‘the origin of life’, but that is either very ignorant or very deceitful.

Although tiny amounts of some of the right amino acids were made, the conditions set up for the experiment could never have occurred on Earth; for example, any oxygen in the ‘atmosphere’ in the flask would have prevented anything from forming. Furthermore, some of the wrong types of amino acids were produced, as well as other chemicals that would ‘cross-react’, preventing anything useful forming.

The amino acids required for functional proteins could never have been made by anything like this experiment in nature.6 When Stanley Miller repeated the experiment in 1983 with a slightly more realistic mixture of gases, he only got trace amounts of glycine, the simplest of the 20 amino acids needed.7

The origin of the correct mix of amino acids remains an unsolved problem (and see another major problem under ‘handedness’ below).

8300-fig2

Figure 2. Glucose, linear form.

b. Sugars

Some sugars can be made just from chemistry without enzymes (which are only made by cells, remember). However, mechanisms for making sugars without enzymes need an alkaline environment, which is incompatible with the needs for amino acid synthesis.

The chemical reaction that is proposed for the formation of sugars needs the absence of nitrogenous compounds, such as amino acids, because these react with the formaldehyde, the intermediate products, and the sugars, to produce non-biological chemicals.

Ribose, the sugar that forms the backbone of RNA, and in modified form DNA, an essential part of all living cells, is especially problematic. It is an unstable sugar (it has a short half-life, or breaks down quickly) in the real world at near-neutral pH (neither acid nor alkaline).8

c. The components of DNA and RNA

How can we get the nucleotides that are the chemical ‘letters’ of DNA and RNA without the help of enzymes from a living cell? The chemical reactions require formaldehyde (H2C=O) to react with hydrogen cyanide (HC≡N). However, formaldehyde and cyanide (especially) are deadly poisons. They would destroy critically important proteins that might have formed!

Cytosine, one of the simpler of the five nucleotides that make up DNA and RNA

Figure 3. Cytosine, one of the simpler of the five nucleotides that make up DNA and RNA. In this form of chemical diagram, each unlabelled bend in the ring has a carbon atom at the bend.

Cytosine (Figure 3), one of the five essential nucleotide bases of DNA and RNA, is very difficult to make in any realistic pre-biotic scenario and is also very unstable.7

DNA and RNA also have backbones of alternating sugars and phosphate groups. The problems with sugars are discussed above. Phosphates would be precipitated by the abundant calcium ions in sea water or cling strongly onto the surfaces of clay particles. Either scenario would prevent phosphate from being used to make DNA.

d. Lipids

Lipids (‘fats’) are essential for the formation of a cell membrane that contains the cell contents, as well as for other cell functions. The cell membrane, comprised of several different complex lipids, is an essential part of a free-living cell that can reproduce itself.

Lipids have much higher energy density than sugars or amino acids, so their formation in any chemical soup is a problem for origin of life scenarios (high energy compounds are thermodynamically much less likely to form than lower energy compounds).

The fatty acids that are the primary component of all cell membranes have been very difficult to produce, even assuming the absence of oxygen (a ‘reducing’ atmosphere). Even if such molecules were produced, ions such as magnesium and calcium, which are themselves necessary for life and have two charges per atom (++, i.e. divalent), would combine with the fatty acids, and precipitate them, making them unavailable.9 This process likewise hinders soap (essentially a fatty acid salt) from being useful for washing in hard water—the same precipitation reaction forms the ‘scum’.

Wikimedia commons/Andrei Lomize

A potassium transport channel

Figure 4. A potassium transport channel. The red and blue lines show the position of the lipid membrane and the ribbons represent the transporter, which comprises a number of proteins (different colours). To give some idea of the complexity, each loop in each of the spirals is about 4 amino acids.

Some popularisers of abiogenesis like to draw diagrams showing a simple hollow sphere of lipid (a ‘vesicle’) that can form under certain conditions in a test-tube. However, such a ‘membrane’ could never lead to a living cell because the cell needs to get things through the cell membrane, in both directions. Such transport into and out of the cell entails very complex protein-lipid complexes known as transport channels, which operate like electro-mechanical pumps. They are specific to the various chemicals that must pass into and out of the cell (a pump that is designed to move water will not necessarily be suitable for pumping oil). Many of these pumps use energy compounds such as ATP to actively drive the movement against the natural gradient. Even when movement is with the gradient, from high to low concentration, it is still facilitated by carrier proteins.

The cell membrane also enables a cell to maintain a stable pH, necessary for enzyme activity, and favourable concentrations of various minerals (such as not too much sodium). This requires transport channels (‘pumps’) that specifically move hydrogen ions (protons) under the control of the cell. These pumps are highly selective.10

Transport across membranes is so important that “20–30% of all genes in most genomes encode membrane proteins”.11 The smallest known genome of a free-living organism, that of the parasite Mycoplasma genitalium, codes for 26 transporters12 amongst its 482 protein-coding genes.

A pure lipid membrane would not allow even the passive movement of the positively-charged ions of mineral nutrients such as calcium, potassium, magnesium, iron, manganese, etc., or the negatively-charged ions such as phosphate, sulfate, etc., into the cell, and they are all essential for life. A pure-lipid membrane would repel such charged ions, which dissolve in water, not lipid. Indeed, a simple fat membrane would prevent the movement of water itself (try mixing a lipid like olive oil with water)!

Membrane transporters would appear to be essential for a viable living cell.

In the 1920s the idea that life began with soapy bubbles (fat globules) was popular (Oparin’s ‘coacervate’ hypothesis) but this pre-dated any knowledge of what life entailed in terms of DNA and protein synthesis, or what membranes have to do. The ideas were naïve in the extreme, but they still get an airing today in YouTube videos showing bubbles of lipid, even dividing, as if this were relevant to explaining the origin of life (see: Self-made cells? Of course not!).

The chirality of typical amino acids

Figure 5. The chirality of typical amino acids. ‘R’ represents the carbon-hydrogen side-chain of the amino acid, which varies in length. R=CH3 makes alanine, for example.

e. Handedness (chirality)

Amino acids, sugars, and many other biochemicals, being 3-dimensional, can usually be in two forms that are mirror images of one another; like your right and left hand are mirror images of each other. This is called handedness or chirality (Figure 5).

Now living things are based on biochemicals that are pure in terms of their chirality (homochiral): left-handed amino acids and right-handed sugars, for example. Here’s the rub: chemistry without enzymes (like the Miller–Urey experiment), when it does anything, produces mixtures of amino acids that are both right-and left-handed. It is likewise with the chemical synthesis of sugars (with the formate reaction, for example).13

Origin-of-life researchers have battled with this problem and all sorts of potential solutions have been suggested but the problem remains unsolved.14 Even getting 99% purity, which would require some totally artificial, unlikely mechanism for ‘nature’ to create, doesn’t cut it. Life needs 100% pure left-handed amino acids. The reason for this is that placing a right-handed amino acid in a protein in place of a left-handed one results in the protein having a different 3-dimensional shape. None can be tolerated to get the type of proteins needed for life.

What are the minimum requirements for a cell to live?

A minimal free-living cell that can manufacture its components using chemicals and energy obtained from its surrounding environment and reproduce itself must have:

  1. A cell membrane. This separates the cell from the environment. It must be capable of maintaining a different chemical environment inside the cell compared to outside (as above). Without this, life’s chemical processes are not possible.

  2. A way of storing the information or specifications that instructs a cell how to make another cell and how to operate moment by moment. The only known means of doing this is DNA and any proposals for it to be something else (such as RNA) have not been shown to be viable—and then there has still to be a way of changing from the other system to DNA, which is the basis of all known life.15

  3. A way of reading the information in (2) to make the cell’s components and also control the amount produced and the timing of production. The major components are proteins, which are strings (polymers) of hundreds to thousands of some 20 different amino acids. The only known (or even conceivable) way of making the cell’s proteins from the DNA specifications involves over 100 proteins and other complex co-factors. Involved are

    1. nano-machines such as RNA polymerase (smallest known type has ~4,500 amino acids),

    2. gyrases, which twist/untwist the DNA spiral to enable it to be ‘read’ (again these are very large proteins),

    3. ribosomes, sub-cellular ‘factories’ where proteins are manufactured, and

    4. at least 20 transfer-RNA molecules; these select the right amino acid to be placed in the order specified on the DNA (all cells that we know of have at least 61 because most amino acids are specified by more than one DNA three-letter code). The transfer-RNAs have sophisticated mechanisms for making sure the right amino acid is selected according to the DNA code.

    5. There are also mechanisms to make sure that the proteins made are folded three-dimensionally in the correct way that involve chaperones to protect the proteins from mis-folding, plus chaperonin folding ‘machines’ in which the proteins are helped to fold correctly). All cells have these.

    Whew! And that’s just the basics.

    A greatly simplified animation of protein synthesis, which includes the action of RNA polymerase, ribosomes, transfer-RNAs, chaperonins, and chaperones. All living cells have this system of protein synthesis.

  4. A means of manufacturing the cell’s biochemical needs from the simpler chemicals in the environment. This includes a way of making ATP, the universal energy currency of life. All living cells today have ATP synthase, a phenomenally complex and efficient electric rotary motor to make ATP (or in reverse to create electric currents that drive other reactions and movement both inside and outside the cell).

  5. A means of copying the information and passing it on to offspring (reproduction). A recent simulation of one cell division of the simplest known free-living bacterium (which ‘only’ has 525 genes) required 128 desktop computers working together for 10 hours.16

This gives some indication of what needs to happen for the first living cell to live.

An interesting project began some years ago to ascertain what could be the minimal cell that could operate in a free-living manner; that is, not dependent on another living organism. However, it did have available a nutrient-rich medium that provided a wealth of complex organic compounds such that the cell did not have to synthesize many of its needed biochemicals. This minimal cell is now known to need over 400 protein and RNA components,17 and of course that means that its DNA needs to be loaded up with the specifications for making these. That is, the DNA needs to have over 400 ‘genes’. We will come back to this later.

Polymer formation (polymerisation)

Life is not just composed of amino acids or sugars but it is loaded with polymers, which are strings, or chains, of simpler compounds joined together. A polysaccharide is a polymer of sugars. A protein is a polymer of amino acids and DNA and RNA are polymers of nucleotides. Polysaccharides are the simplest, where the links in the chain are normally the same sugar compound, such as glucose (making starch in plants or glycogen in animals). Proteins are much more complex, being chains of amino acids where each link in the chain can be one of 20 different amino acids. And there are four different links in DNA and RNA.

Now water is an essential ingredient of living cells; typical bacteria are about 75% water. Being the ‘universal solvent’, water is a necessary carrier for the various components of cells; it is the milieu in which it all happens.

The origin of life is a matter of programming, not just chemistry.

Here is a huge problem for origin-of-life scenarios: when amino acids are joined together, for example, a water molecule is released. This means that in the presence of water, the reaction is pushed in the wrong direction, backwards; that is, proteins will fall apart, not build, unless the water is actively removed. A cell overcomes this by protecting the reaction site from water (inside ribosomes) and providing energy to drive this and the polymer formation. Thus, the formation of proteins of more than a few amino acids is a huge problem for all origin-of-life scenarios (and adding more time does not solve the problem; they just fall apart more).

Polymer formation also requires that the ingredients (monomers) that are joined together are bi-functional. That simply means that the amino acids for making proteins (or sugars for making polysaccharides) have at least two active sites that will allow another amino acid (or sugar) to be joined to each end. A protein-forming amino acid will have at least one amino group (-NH2) and one carboxyl group (-COOH), with the amino group of one amino acid joining to the carboxyl group of another, thus growing the chain. A compound with only one active site (mono-functional) would terminate the formation of the chain. The problem for origin-of-life scenarios is that any proposed chemical reactions that produce some amino acids also produce mono-functional ones that terminate protein formation.18

Nucleic acids such as DNA and RNA are based on a sugar-polymer backbone. Again, the presence of some sugars that are mono-functional would terminate the formation of these and the presence of water also drives this reaction in the wrong direction as well (to fall apart).

The origin of life is a matter of programming, not just chemistry

The above information would be sufficient to eliminate notions of the naturalistic origin of life, but we have not covered the most important problem, which is the origin of the programming. Life is not based just on polymers but polymers with specific arrangements of the subunits; specific arrangements of amino acids to make functional proteins/enzymes and specific arrangements of nucleic acid bases to make functional DNA and RNA.

As astrobiologist Paul Davies, now director of the Beyond Center for Fundamental Concepts in Science at Arizona State University, said,

“To explain how life began we need to understand how its unique management of information came about.
“The way life manages information involves a logical structure that differs fundamentally from mere complex chemistry. Therefore chemistry alone will not explain life’s origin, any more than a study of silicon, copper and plastic will explain how a computer can execute a program.”19

Davies’ clarity on this point ought not to be a surprise to his fellow evolutionists, given his similarly plain-speaking public utterances for well over a decade previously. E.g. “It is the software of the living cell that is the real mystery, not the hardware.”20 And: “How did stupid atoms spontaneously write their own software? … Nobody knows …”.17

Any attempt to explain the origin of life without explaining the origin of the information processing system and the information recorded on the DNA of a living cell is avoiding the issue. We just have to look at the simplest free-living cell possible to see how the origin of the information is an insoluble problem for scenarios that rely on physics and chemistry (that is, no intelligent design allowed).

Sir Karl Popper, one of the most prominent philosophers of science of the 20th century, realized that,

“What makes the origin of life and of the genetic code a disturbing riddle is this: the genetic code is without any biological function unless it is translated; that is, unless it leads to the synthesis of the proteins whose structure is laid down by the code. But … the machinery by which the cell (at least the non-primitive cell, which is the only one we know) translates the code consists of at least fifty macromolecular components which are themselves coded in the DNA [ed: we now know that over 100 macromolecular components are needed]. Thus the code can not be translated except by using certain products of its translation. This constitutes a baffling circle; a really vicious circle, it seems, for any attempt to form a model or theory of the genesis of the genetic code.
“Thus we may be faced with the possibility that the origin of life (like the origin of physics) becomes an impenetrable barrier to science, and a residue to all attempts to reduce biology to chemistry and physics.”21

Origin of the DNA code

The coded DNA information storage system as described by Popper cannot arise from chemistry, but demands an intelligent cause.22 If we think of other coding systems, such as the Morse code or a written alphabetical language, where symbols were invented to represent the sounds of speech, such coded systems only arise from intelligence. It is an arbitrary convention that ‘a’ is usually pronounced as in ‘cat’ in English; nothing about the shape of the letter indicates how it should be pronounced. Likewise, there is just no conceivable possibility of explaining the DNA coding system from the laws of physics and chemistry because there is no physical or chemical relationship between the code and what is coded.

Furthermore, if the origin of any DNA code were not a big enough problem, the DNA code turns out to be, of the many millions possible, “at or very close to a global optimum for error minimization: the best of all possible codes.”23 This error minimization in the code is possible because there are potentially 64 ‘codons’24 for 20 amino acids, so that nearly all amino acids have more than one codon (a few common amino acids, such as leucine, have six).25 These multiple codons are sometimes called ‘redundant’, often taken to mean ‘extra to needed’ or ‘superfluous’. However, the extra codons are optimized such that the most likely single-letter mistakes (mutations) in the coding are more likely not to change the amino acid, or at least to change it to a chemically similar one (thus being less disruptive to the structure of the protein manufactured).

The extra codons are also involved in sophisticated control of the amount of protein synthesized, through ‘translation level control’. This control system operates in bacteria and higher organisms.26

There is no way that a coding system can develop in successive stages to be optimized. If a workable coding system did come into existence, no change in the code can occur because the code and the decoding system (reading machinery) have to change at the same time, an incredibly improbable likelihood. So the optimized code cannot be explained except as another incredible fluke of ‘nature’, right at the supposed beginning of life.

Not just a coding system, but information

Not only does the origin of the coded information storing system need to be explained, the information or specifications for proteins, etc., stored on the DNA has also to be explained. Revisiting the simplest cell, derived by knocking out genes from a viable free-living microbe to see which ones were ‘essential’, this minimal cell needs over 400 protein and RNA components. Specifications for all these have to be encoded on the DNA, otherwise this hypothetical cell cannot manufacture them or reproduce itself to make another cell. It would take a large book to print this information coded in the four ‘letters’ of the DNA.

As per the Paul Davies analogy, the problem is similar to a computer program. How do we explain the existence of a program? There is first the programming language (Python, Fortran, C++, Basic, Java, etc.) but then there is the actual set of instructions written in that language. The DNA problem is likewise two-fold; the origin of the programming language and the origin of the program.

Proposals for something simpler that ‘evolved’ into this simplest cell need to demonstrate the route from their hypothetical simpler start to the first living cell. Enthusiasts for abiogenesis often appeal to ‘billions of years’ as a hand-waving approach to solving the problems, but this provides no mechanism. Reactions that are going in the wrong direction are not going to reverse and go in the correct direction by adding more time.

Life also needs error-correcting systems

Molecular biology has revealed that cells are phenomenally complex and sophisticated, even the simplest ones. The information, as stated, is stored on the DNA. However, DNA is a very unstable molecule. One report says:

There is a general belief that DNA is ‘rock solid’—extremely stable,” says Brandt Eichman, associate professor of biological sciences at Vanderbilt, who directed the project. “Actually DNA is highly reactive. On a good day about one million bases in the DNA in a human cell are damaged.27

Therefore all cells must have systems for correcting faults that develop in the structure of the DNA or in the coded information. Without these error-correcting systems, the number of errors in the DNA sequence accumulate and result in the demise of the cell (‘error catastrophe’). This feature of all living cells adds yet another ‘impossible’ to origin of life scenarios.

Any information that happened to arise on a theoretical DNA molecule in a primordial soup would have to be reproduced accurately or the information would be lost due to copying errors and chemical damage. Without an already functioning repair mechanism, the information would be degraded quickly. However, the instructions to build this repair machinery are encoded on the very molecule it repairs, another vicious circle for origin of life scenarios.28

When scientists discovered bacteria that live in extreme conditions, such as around hydrothermal vents in the sea, they were heralded as ‘primitive life’ because some origin-of-life researchers had proposed that life might have started in such places. However, these ‘extremophiles’, as they have been called (‘liking extremes’), have quite sophisticated error-correcting systems for their DNA. For example, Deinococcus radiodurans is a bacterium that can withstand extreme doses of ionizing radiation that would kill you or me, or other bacteria. It does sustain DNA damage where the DNA is fractured into many pieces. However, about 60 genes are activated to repair the breaks and reconstruct the genome in the hours following the damage.29

Hydrothermal vents are hot, inhospitable places and the DNA of microbes that live there is continually being damaged, such that the microbes must have sophisticated error-protecting and correcting systems to survive. They are not at all simple and do not provide any sort of viable model for explaining the origin of life.30

Moreover, all bacteria, not just the ‘extremophiles’, must have sophisticated error-correcting systems that involve many genes, and when the error correction is inactivated by mutations the bacteria become non-viable. This provides yet another problem for the origin of life.

Origin of life scenarios

Did life originate in a warm pond (as speculated by Darwin), near a deep sea vent, on clay particles, or somehow/somewhere else? The number of scenarios proposed, with no winner, suggests that they all have major deficiencies.

A major problem with warm pond and deep sea vent ideas is the presence of water, which prevents many of the reactions needed; to get polymers, for example. Furthermore, the heat in deep sea vents would speed up the breakdown of any lucky chemical formation.

Because of these problems with the presence of water, physical chemist and origin-of-life researcher, Graham Cairns-Smith proposed that clay surfaces were involved in facilitating some of the needed reactions.

However, experiments in warm volcanic ponds have shown that clay particles bind amino acids, DNA and phosphate, essential components of life, so strongly that the clay prevents any necessary reactions from occurring.31

The origin of a whole cell including the DNA, proteins and RNA needed for it to reproduce will never happen by an accident in a chemical soup, as demonstrated above. So advocates of abiogenesis have tried to imagine scenarios whereby life began with simpler requirements and then progressed to life as we know it today.

Proteins first?

Most effort has gone into a ‘proteins first’ approach, whereby proteins supposedly formed first and the DNA sequences to make the needed proteins and the RNAs necessary to make proteins from the sequences of DNA came later. However, other than the problem of getting the correct set of optically pure amino acids and the problem of polymerisation to make the protein chains of amino acids, few proteins can act as templates to make copies of themselves.32 Also, a fundamental problem is that there is no mechanism for creating the DNA sequence for a protein from the protein itself, as pointed out by information theorist Hubert Yockey.33

RNA first?

In the 1980s, some RNA molecules were discovered that have the ability to catalyse some chemical reactions; these were dubbed ‘ribozymes’ (from ribonucleic acid enzymes). This finding stimulated a lot of excitement and so a lot of effort has gone into RNA-first scenarios, or the ‘RNA world’. At least there are enzymes that can generate DNA code from RNA code; that is, if you could get the RNA you might be able to imagine a scenario for getting the DNA. However, the enzyme complexes that can make a DNA copy of an RNA sequence are phenomenally complex and themselves would never arise by natural processes. And there are many other seemingly insurmountable problems with the RNA-first scenarios, 19 of which have been enumerated by Cairns-Smith.34 Furthermore, RNA is much less stable than DNA, which itself is very unstable, as documented above.

The multiplicity of scenarios proposed reinforces the conclusion that researchers really have little idea how life could have ‘made itself’. There is no viable hypothesis as to how life could start off simpler and, step-wise, progress to become an actual living cell. Neo-Darwinism (mutations and natural selection) is often invoked to try to ‘climb mount impossible’ but this cannot help, even hypothetically, until there is a viable self-reproducing entity, aka a cell, the minimum requirements for which I set out earlier (‘What are the minimum requirements for a cell to live?’).

Life from outer space?

Francis Crick, co-discoverer of the DNA double helix structure, is a well-known proponent of ‘life from space’.35 He proposed that aliens sent life to earth, known as ‘directed panspermia’. Another form of this idea, simply ‘panspermia’, is that life arose somewhere else in the universe and came to earth as microbes on meteorites or comets; Earth was ‘seeded’ with life in this manner. Either version of panspermia effectively puts the matter beyond the reach of science. About the only element of panspermia that is testable is the ability of microbes to survive riding on/in a meteorite to earth. And this has been tested and found wanting; microbes don’t survive.36

A lot of the impetus for the search for extra-terrestrial intelligence (SETI) and extra-solar planets comes from a desire to find evidence that life might have formed ‘out there’. But even allowing the whole universe as a laboratory does not solve the problem; life would never form, as the following section reinforces.

Wikimedia commons/Booyabazooka

8300-rubiks-cube

Probability calculations for the origin of life

Many attempts have been made to calculate the probability of the formation of life from chemicals, but all of them involve making simplifying assumptions that make the origin of life even possible (i.e. probability > 0).

Mathematician Sir Fred Hoyle stated in various ways the extreme improbability of life forming, or even getting a single functional biopolymer such as a protein. Hoyle said, “Now imagine 1050 blind persons [ed: standing shoulder to shoulder, they would more than fill our entire planetary system] each with a scrambled Rubik cube and try to conceive of the chance of them all simultaneously arriving at the solved form. You then have the chance of arriving by random shuffling of just one of the many biopolymers on which life depends. The notion that not only the biopolymers but the operating program of a living cell could be arrived at by chance in a primordial soup here on earth is evidently nonsense of a high order. Life must plainly be a cosmic phenomenon.”37

Indeed, we can calculate the probability of getting just one small protein of 150 amino acids in length, assuming that only the correct amino acids are present, and assuming that they will join together in the right manner (polymerize). The number of possible arrangements of 150 amino acids, given 20 different ones, is (20)150. Or the probability of getting it right with one try is about 1 in 10195. Lest someone protest that not every amino acid has to be in the exact order, this is only a small protein, and only one of several hundred proteins needed, many of which are much larger, and the DNA sequence has to arise as well, seriously compounding the problem. Indeed there are proteins that will not function at all with even a small alteration to their sequence.38

At that time Hoyle argued that life must therefore have come from outer space. Later he realized that even given the universe as a laboratory, life would not form anywhere by the unguided (non-intelligent) processes of physics and chemistry:

“The likelihood of the formation of life from inanimate matter is one to a number with 40,000 naughts after it … It is big enough to bury Darwin and the whole theory of evolution. There was no primeval soup, neither on this planet nor any other, and if the beginnings of life were not random, they must therefore have been the product of purposeful intelligence.”39

Does a figure of 1 in 1040,000 make the origin of life somewhere in the universe impossible without purposeful intelligence? Can we say that?

The total number of events (or ‘elementary logical operations’) that could have occurred in the universe since the supposed big bang (13.7 billion years) has been calculated at no more than 10120 by MIT researcher Seth Lloyd.40 This sets an upper limit on the number of experiments that are theoretically possible. This limit means that an event with a probability of 1 in 1040,000 would never happen. Not even our one small protein of 150 amino acids would form.

However, biophysicist Harold Morowitz41 came up with a much lower probability of 1 in 1010,000,000,000. This was the chance of a minimalist bacterium being assembled from a broth of all the basic building blocks (e.g. theoretically obtained by heating a brew of living bacteria to kill them and break them down to their basic constituents).

As an atheist, Morowitz argued that therefore life was not a result of chance and posited that there must be some property of available energy that drives the formation of entities that can use it (aka ‘life’). This sounds much like the idea of Gaia, which attributes pantheistic mystical properties to the universe.

More recently the atheist philosopher Thomas Nagel proposed something similar to account for the origin of life and mind.42

Anything but believe in a supernatural Creator, it would appear.

The different probabilities calculated arise from the difficulty of calculating such probabilities and the differing assumptions that are made. If we make calculations using assumptions that are most favourable to abiogenesis and the result is still ridiculously improbable, then it is a more powerful argument than using more realistic assumptions that result in an even more improbable result for the materialist (because the materialist can try to argue against some of the assumptions with the latter approach).

However, all calculations of the probability of the chemical origin of life make unrealistic assumptions in favour of it happening, otherwise the probability would be zero. For example, Morowitz’s broth of all the ingredients of a living cell cannot exist because the chemical components will react with each other in ways that will render them unavailable for forming the complex polymers of a living cell, as explained above.

The origin of life is about as good as it gets in terms of scientific ‘proof’ for the existence of God.

High profile information theorist Hubert Yockey (UC Berkeley) realized this problem:

“The origin of life by chance in a primeval soup is impossible in probability in the same way that a perpetual motion machine is in probability. The extremely small probabilities calculated in this chapter are not discouraging to true believers … [however] A practical person must conclude that life didn’t happen by chance.”43

Note that in his calculations, Yockey generously granted that the raw materials were available in a primeval soup. But in the previous chapter of his book, Yockey showed that a primeval soup could never have existed, so belief in it is an act of ‘faith’. He later concluded, “the primeval soup paradigm is self-deception based on the ideology of its champions.”44

More admissions

Note that Yockey is not the only high-profile academic to speak plainly on this issue:

“Anyone who tells you that he or she knows how life started on earth some 3.4 billion years ago is a fool or a knave. Nobody knows.”—Professor Stuart Kauffman, origin of life researcher, University of Calgary, Canada.45
“…we must concede that there are presently no detailed Darwinian accounts of the evolution of any biochemical or cellular system, only a variety of wishful speculations.” —Franklin M. Harold, Emeritus Professor of Biochemistry and Molecular Biology Colorado State University.46
“Nobody knows how a mixture of lifeless chemicals spontaneously organised themselves into the first living cell.”—Professor Paul Davies, then at Macquarie University, Sydney, Australia.47
“The novelty and complexity of the cell is so far beyond anything inanimate in the world today that we are left baffled by how it was achieved.”— Kirschner, M.W. (professor and chair, department of systems biology, Harvard Medical School, USA.), and Gerhart, J.C. (professor in the Graduate School, University of California, USA).48
“Conclusion: The scientific problem of the origin of life can be characterized as the problem of finding the chemical mechanism that led all the way from the inception of the first autocatalytic reproduction cycle to the last common ancestor. All present theories fall far short of this task. While we still do not understand this mechanism, we now have a grasp of the magnitude of the problem.”49
“The biggest gap in evolutionary theory remains the origin of life itself… the gap between such a collection of molecules [amino acids and RNA] and even the most primitive cell remains enormous.”—Chris Wills, professor of biology at the University of California, USA.50

Even the doctrinaire materialist Richard Dawkins admitted to Ben Stein (Expelled, the movie documentary) that no one knows how life began:

Richard Dawkins: “We know the sort of event that must have happened for the origin of life—it was the origin of the first self-replicating molecule.”
Ben Stein: “How did that happen?”
Richard Dawkins: “I’ve told you, we don’t know.”
Ben Stein: “So you have no idea how it started?”
Richard Dawkins: “No, nor has anybody.”51
We will never know how life first appeared. However, the study of the appearance of life is a mature, well-established field of scientific inquiry. As in other areas of evolutionary biology, answers to questions on the origin and nature of the first life forms can only be regarded as inquiring and explanatory rather than definitive and conclusive.”52 [emphasis added]
Scientist-synthesize-life-machine

Conclusion

Life did not arise by physics and chemistry without intelligence. The intelligence needed to create life, even the simplest life, is far greater than that of humans; we are still scratching around trying to understand fully how the simplest life forms work. There is much yet to be learned of even the simplest bacterium. Indeed, as we learn more the ‘problem’ of the origin of life gets more difficult; a solution does not get nearer, it gets further away. But the real problem is this: the origin of life screams at us that there is a super-intelligent Creator of life and that is just not acceptable to the secular mind of today.

The origin of life is about as good as it gets in terms of scientific ‘proof’ for the existence of God.

Related Articles

Further Reading

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References and notes

  1. http://evolution.berkeley.edu/evosite/evo101/IIE2aOriginoflife.shtml (accessed 17 October 2013). Return to text.
  2. Myers, P.Z., 15 misconceptions about evolution, 20 February 2008, scienceblogs.com; Matzke, N., What critics of neo-creationists get wrong: a reply to Gordy Slack, pandasthumb.org. Dawkins tries to deal with the origin of life in his book The Greatest Show on Earth, where he claims to ‘prove evolution’. See Sarfati, J., The Greatest Hoax on Earth? ch. 13, 2010, Creation Book Publishers. Return to text.
  3. Kerkut, G.A., Implications of Evolution, Pergamon, Oxford, UK, p. 157, 1960 (available online at ia600409.us.archive.org/23/items/implicationsofev00kerk/implicationsofev00kerk.pdf); creation.com/evolution-definition-kerkut. Return to text.
  4. Sugars have linear forms that contain carbonyls—see Fig. 2. The cyclic forms that occur in nucleic acids also predominate in solution form, but in equilibrium with the linear form. When something reacts strongly with the aldehyde, then more of the linear form is regenerated to replace that which is reacted, so all the sugar molecules will be consumed. Return to text.
  5. Sarfati, J., World record enzymes, Journal of Creation 19(2):13–14, 2005; creation.com/world-record-enzymes-richard-wolfenden. Return to text.
  6. Bergman, J., Why the Miller-Urey research argues against abiogenesis. Return to text.
  7. Truman, R., What biology textbooks never told you about evolution. Return to text.
  8. Sarfati, J., Origin of life: instability of building blocks. Return to text.
  9. Chadwick, A.V., Abiogenic Origin of Life: A Theory in Crisis, 2005; origins.swau.edu/papers/life/chadwick/default.html. Return to text.
  10. See for example Potassium ion channel, hydrated ionic radii, creation.com/ionic-error, 21 August 2010. Return to text.
  11. Krogh, A. et al., Predicting transmembrane protein topology with a hidden Markov model: application to complete genomes, Journal of Molecular Biology 305(3):567–580, 2001; dx.doi.org/10.1006/jmbi.2000.4315. Return to text.
  12. Transporter Proteins in Mycoplasma genitalium G-37; membranetransport.org/index.html (accessed 11 Oct. 2013). Return to text.
  13. The ‘right’ and ‘left’ in terms of chirality refer to the position of the amino group (NH2) as displayed on a standardized diagram (Fischer projection) of an amino acid. Return to text.
  14. Sarfati, J., Origin of life: the chirality problem; creation.com/origin-of-life-the-chirality-problem (updated 2010). Return to text.
  15. Cairns-Smith, A.G., Evolutionist criticisms of the RNA World conjecture, from Genetic Takeover and the Origin of Life, 1982; creation.com/cairns-smith-detailed-criticisms-of-the-rna-world-hypothesis. Return to text.
  16. Stanford researchers produce first complete computer model of an organism; news.stanford.edu, 19 July 2012. Return to text.
  17. Sarfati, J., How simple can life be? http://creation.com/how-simple-can-life-be. Return to text.
  18. Sarfati, J., Origin of life: the polymerization problem. Return to text.
  19. Davies, P., The secret of life won’t be cooked up in a chemistry lab: Life’s origins may only be explained through a study of its unique management of information, The Guardian, Sunday 13 January 2013; guardian.co.uk/commentisfree/2013/jan/13/secret-life-unveiled-chemistry-lab. Return to text.
  20. Davies, P., Life force, New Scientist 163(2204):27–30, September 18, 1999. Return to text.
  21. Popper, K.R., “Scientific reduction and the essential incompleteness of all science”; in Ayala, F. and Dobzhansky, T., (Eds.)., Studies in the Philosophy of Biology, University of California Press, Berkeley, p. 270, 1974. Return to text.
  22. Smith, C., Lost in translation: The genetic information code points to an intelligent source, 6 May 2010; creation.com/genetic-code-intelligence. Return to text.
  23. Freeland, S.J., et al., Early fixation of an optimal genetic code, Molecular Biology and Evolution 17(4):511–18, 2000; mbe.oxfordjournals.org/content/17/4/511.full. Return to text.
  24. With four nucleotide ‘letters’ comprising DNA and with three read at a time (a ‘codon’) by the reading machinery, this gives 4x4x4=64 different possibilities (3-letter ‘codons’). Return to text.
  25. Three are usually used as ‘stop’ codes to mark the end of a protein coding sequence, so 61 are normally used for amino acid coding. Return to text.
  26. Novoa, E.M. and de Pouplana, L.R., Speeding with control: codon usage, tRNAs, and ribosomes, Trends in Genetics 28(11):574–581, November 2012; ww2.biol.sc.edu/~elygen/biol655/translation%20speed.pdf. Return to text.
  27. Newly discovered DNA repair mechanism, Science News, sciencedaily.com, 5 October 2010. Return to text.
  28. Sarfati, J., New DNA repair enzyme discovered, 13 January 2010; creation.com/DNA-repair-enzyme. Return to text.
  29. Cox, M.M., Keck, J.L. and Battista, J.R., Rising from the Ashes: DNA Repair in Deinococcus radiodurans, PLoS Genetics 6(1): e1000815, 2010; doi:10.1371/journal.pgen.1000815. Return to text.
  30. Catchpoole, D., Life at the extremes, Creation 24(1):40–44, 2001; creation.com/extreme and Sarfati, J., Hydrothermal origin of life? Journal of Creation 13(2):5–6, 1999; creation.com/hydrothermal. Return to text.
  31. Morelle, R., Darwin’s warm pond idea is tested, 13 Feb. 2006; news.bbc.co.uk/2/hi/science/nature/4702336.stm. Return to text.
  32. Prions are sometimes proposed as replicating proteins, but prions cause existing proteins to become misshapen; they don’t replicate themselves by causing amino acids to line up in the correct sequence to make a copy of the prion (prions are thought to cause ‘mad cow disease’). Return to text.
  33. Yockey, H., Information Theory, Evolution and the Origin of Life, Cambridge University Press, 2005, pp. 118–119. Return to text.
  34. Evolutionist criticisms of the RNA World conjecture; Quotable Quote by Cairns-Smith; creation.com/cairns-smith-detailed-criticisms-of-the-rna-world-hypothesis. See also, Mills, G.C. and Kenyon, D., The RNA World: A Critique, Origins & Design 17(1); arn.org/docs/odesign/od171/rnaworld171.htm. Return to text.
  35. Bates, G., Designed by aliens? Creation 25(4):54–55, 2003; creation.com/aliens. Return to text.
  36. Sarfati, J., Panspermia theory burned to a crisp: bacteria couldn’t survive on meteorite, 10 Oct 2008; creation.com/panspermia-theory-burned-to-a-crisp-bacteria-couldnt-survive-on-meteorite. Return to text.
  37. Hoyle, Fred, The Big Bang in Astronomy, New Scientist 92:521–527, 1981. Return to text.
  38. For example, Royal Truman has researched the protein ubiquitin, present in eukaryotes, to show that little variation in the sequence is permitted for functionality, so that the chance (naturalistic) origin of such a protein is ruled out; see Truman, R., The ubiquitin protein: chance or design? Journal of Creation 19(3):116–127, 2005; creation.com/the-ubiquitin-protein-chance-or-design. Return to text.
  39. Sir Fred Hoyle, as quoted by Lee Elliot Major, “Big enough to bury Darwin”. Guardian (UK) education supplement, Thursday August 23, 2001; education.guardian.co.uk/higher/physicalscience/story/0,9836,541468,00.html. Return to text.
  40. Lloyd, Seth, Computational capacity of the universe, Physics Review Letters 88:237901, 2002; http://arxiv.org/abs/quant-ph/0110141v1. Return to text.
  41. Morowitz, H., Energy Flow in Biology, Academic Press, NY, 1968. Return to text.
  42. Nagel, T., Mind and Cosmos: Why the Materialist Neo-Darwinian Conception of Nature Is Almost Certainly False, Oxford University Press, 2012. Return to text.
  43. Yockey, H., Information Theory and Molecular Biology, Cambridge University Press, 1992, p. 257. Return to text.
  44. Ibid. p. 336; see Quotable quote: Primeval soup—failed paradigm. Return to text.
  45. Stuart Kauffman, At Home in the Universe: The Search for the Laws of Self Organization and Complexity, Oxford University Press, p. 31, 1995. Return to text.
  46. Harold, F.M., The way of the cell: molecules, organisms and the order of life, Oxford Uni. Press, New York, p. 205, 2001. Return to text.
  47. Davies, Paul, New Scientist 179(2403):32, 2003. Return to text.
  48. Kirschner, M.W. and Gerhart, J.C., The plausibility of life: Resolving Darwin’s Dilemma, Yale University Press, New Haven and London, p. 256, 2005. Return to text.
  49. Watchershauser, G., Origin of life: RNA world versus autocatalytic anabolism, The Prokaryotes, Vol. 1, 3rd edition, chapter 1.11, pp. 275–283, p. 282, 2006. Return to text.
  50. Quoted in, Evolution’s final frontiers, New Scientist 201(2693):42, 2009. Return to text.
  51. Expelled: no intelligence allowed, Premise Films, 2008. Return to text.
  52. Lazcano, Antonio, Historical Development of Origins Research, Cold Spring Harbor Perspectives in Biology 2(11): a002089, November 2010; doi: 10.1101/cshperspect.a002089. Return to text.

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Readers’ comments
l G., United Kingdom, 26 November 2013

I'm a new reader of your site but a committed creationist.

A great article and I agree wholeheartedly with its conclusions.

The problem however is that those who don't believe in a creator - of any description - will simply see all this information as confirming their theory of origins. Their supposition is that long periods of time and continual trial and error of biological processes gradually found the right circumstances for these things to arrange themselves by chance. Yes we know that the actual chances are negligible however that is their belief.

The best lies are those with an element of truth in them. As Bible creationists we believe that God made biological life out of the waters and the dust of the ground. Evolutionists also believe we came from these elements however they say it emerged by a different, natural process and deny God.

The reality is that there will never be a meeting of minds - as many of your articles and correspondents suggest - because people are coming to the question from already established beliefs.

One thought I would like to put out there is that evolutionists etc... generally concentrate on their own theories and are not putting them out in direct reference to their anti-creationist stance (though having read some of their blogs the vitriolic and irrational hatred and treatment of those who do believe in a god and creation is clear). Most creationists on the other hand tend to suggest their theories and evidence in direct reference to their opponents.

On each side each is generally convinced. I suggest that the general best way forward for the creation camp is to simply agree to disagree and build their own scientific consensus instead of continually trying to persuade those who think otherwise.

Just my own thought.

Regards etc

Don Batten responds

Welcome!

You are correct in the sense that someone who has decided that he/she will no believe in God will try to hang onto that no matter what the evidence. However, we can try to create some 'cognitive dissonance', such that any smugness they have that naturalism is the answer will be diminished and they will become open to considering the truth. For example, you say, “Their supposition is that long periods of time and continual trial and error of biological processes gradually found the right circumstances for these things to arrange themselves by chance.” However, the article clearly shows that there has not been enough time to even get one functional protein (see the probability arguments), so their supposition just does not hold water. One can continue to believe the impossible but that is what it is, impossible, as clearly shown.

But of course there is a spiritual dimension to this and so we pray for the illumination of the Holy Spirit that they might see.

With reference to the best approach: the evolutionists have the megaphone and so their tactic is to try to ignore us so as to not alert people that there is another way of thinking about things. We creationists don't have the megaphone and therefore anything we say is automatically juxtaposed in the public mind with the 'megaphone' view and consequently ignored/dismissed. So we have to spend time showing that the evolution view just does not stack up so that people will be willing to consider the alternative. If it's not broken, you won't see the need to fix it, will you?

So, we need to build creation models, as we do, but we also need to counter the false evolutionary ideas.

It is the testimony of many that our approach works; many have come to faith in Christ and many have been strengthened in their faith, given backbone to witness to others. We have many testimonies of people becoming Christians through reading Creation magazine, for example. See, for instance, Sonia's testimony and Christian's Christian testimony, but search creation.com for 'testimony', for more. I also recommend searching for 'creation evangelism' for relevant articles.

Ricardo M., Argentina, 26 November 2013

After reading your article I reached the inevitable conclusión that atheists must have a god of sorts, for nothing short of it could cause abiogénesis to happen, so to speak. As a Christian I will never settle for anything or anybody less than the Almighty God set forth in the Bible.

Jim M., Australia, 26 November 2013

Congratulations to Dr Batten on this article. It's the best layman's explanation of this complex subject I've seen.

I've started posting links already!

Robert S., Australia, 26 November 2013

This article is a bit of a masterpiece, with more than enough information to draw attention to the very large hole in the idea of evolution.

Johan S., South Africa, 26 November 2013

Carl Wieland once proposed that we give them a (hypothetical) primordial soup by putting a frog in a blender (http://creation.com/putting-a-frog-in-a-blender), with all the right ingredients necessary for life. The challenge is to create life from that soup by adding energy (or something).

Why not make it easier and give them an intact body of a recently deceased animal or human, with all the correct ingredients in the correct arrangement as well, and see who can create life?

Don Batten responds

'Deceased' would indicate that all the correct ingredients are not in the correct arrangement.

james H., Australia, 26 November 2013

well done, Dr Don!

clear, concise and understandable to the average lay-person....with a minimum of technical jargon and scientific gooble-de-gook!!

have 'saved' the article for future reference, eh?

Richard M., United Kingdom, 26 November 2013

We may not have a ‘megaphone’ (although Jonathan Sarfati isn’t far off) but we do have The Living God and I know which one I’d rather have.

“See to it that no one takes you captive by philosophy and empty deceit, according to human tradition, according to the elemental spirits of the world, and not according to Christ. For in him the whole fullness of deity dwells bodily, and you have been filled in him, who is the head of all rule and authority.”

Colossians 2:8-10

Dave R., United Kingdom, 26 November 2013

Great article, Dr Don.

Even if living cells were ever somehow to arrive by random combination of all the right chemicals in the right conditions (a mega-quantum leap), it is plain that, in order for the cells to then become even the simplest of animals, further, mega-mega quantum leaps would also be required.

It's surely as in Romans 1 -- they choose not to believe, even in the face of all the evidence otherwise.

Keep up the great work.

Kobus V., South Africa, 26 November 2013

An excellent article that contains just enough information to not become overly complicated.

What Ricardo from Argentina had to say "... that atheists must have a god of sorts ..." rings very true.

In the evolutionary thinking, there is just enough "gaps" in the just-so renditions to magically overcome the burden of proof through "clever" bait and switch arguments. Then add just enough begging the question "intelligent design" arguments and you have to end up with some deity.

Maybe the "punctuated equilibrium" closes some of the gaps so that "selection" can account for initial starting "evolution". All "evolution" seems to have "foreknowledge" of "how" to evolve into something "it" never knew about in the first place.

Our beloved peddler, Professor Richard Dawkins, loves to propose that fish grew "things" in a disorderly fashion until four of it started walking. He also believes in vestigial organs. There are apparently no vestigial organs other than the four proper functioning legs, of the other trial and error "legs" the record has been wiped clean.

Maybe the statement of Ricardo has to be adopted slightly to "... that atheists must have a god of the gaps of sorts ...". Just enough of a god to calm themselves down with.

Then there is the Creator God, with a perfect record of creation, redemption and promised glorification.

Sid G., United States, 26 November 2013

During this week of Thanksgiving, Christians will be giving thanks to God their Creator for life and the opportunity to share His love with one another. However, many especially in academia, pretend that they, all life, and the irreducibly complex coded information in biological systems arose by natural chemical properties and not a supra-natural intelligence that transcends this physical universe. Therefore, as the modern world increasingly ignores the reality of our Creator and the revelation of His Way in Scripture for real love through Christ, the global culture is collapsing into confusion, selfish competition, violence, and despair.

Don Batten responds

Indeed so. History repeats itself (again).

Robert B., United States, 26 November 2013

Hubert Yockey's quote :

“The origin of life by chance in a primeval soup is impossible in probability in the same way that a perpetual machine is in probability."

... points to something revealing in the origin of life debate and the parallels in the pursuit of perpetual motion.

In order for a proposed Perpetual Motion Machine to be plausible, the cause-and-effect within the machine must exceed the inventor's (or the investor's) grasp of the physics involved. From the murky greyness beyond their comprehension, energy can pour out. This "Ignorance Horizon" is the realm of magic. The less intelligent may be seduced by a simple machine, while the more intelligent will need to come up with something more clever before confounding themselves.

For people who want to believe in abiogenesis, they must only concoct a scheme that takes them to the limit of their own comprehension and then it will appear plausible to them.

Another parallel is apparent here too. A man will sculpt an idol with his own hands so that he can then bow down to it and say:

"You are my God! You created me!

Don Batten responds

Probably relevant to the enthusiasm for physicists for abiogenesis (they don't know enough about the molecular biology of a cell). For example, Lawrence Krauss (the 'something from nothing' man) recently said that he thought that the origin of life would be solved within 10 years. Hah!

Don S., United States, 26 November 2013

Don,

Excellent article, and easy to understand. However, I believe that all of this is a fruitless logical argument until we have an unequivocal definition of life. For how can you have the origin of something that cannot be defined? How would you ever know if it originated?

The key that atheistic biologists understand is that they need to equivocate on the definition of life. If "life" ever gets defined unequivocally, then game over. The hurdle will be obviously too high to climb naturally as you have outlined in this article.

Don Batten responds

I outlined the minimal requirements for life. The skeptic needs to show that these minimal elements of life are not needed for a viable self-reproducing entity, and then they might have the beginning of an argument.

Warren L., Canada, 26 November 2013

I simply don't understand how, from a purely scientific standpoint, evolutionary theory continues to even be given the time of day without any kind of even somewhat serious answer to this most foundational question to how life began in the first place. Evolutionists can talk about 'deep time', natural selection, and so-called "beneficial mutations" all they want, but unless they can tell us how life came to exist in the first place--in a better way than scripture--I'm getting sick of having to take this ridiculous nonsense seriously. James wrote that "even the demons believe God--and shutter." My question is, why don't we? Without Christ, are we worse than demons?

Excellent article. No matter how many times I read about this stuff, I'm still still mystified and fascinated by it. To the God whose existence and revelation makes all knowledge even possible be praise forever and ever! Amen.

David H., United Kingdom, 26 November 2013

Brilliant analysis of the IMPOSSIBILITY of life having arisen by chance. But facts sadly seem to be shelved by the atheistic evolutionists who must have their daily dose of phlogiston to keep their intellectual integrity afloat! (Phlogiston, as you know, was a non-existent entity believed in some time ago by "scientists")

Martyn R., Australia, 26 November 2013

Thanks to Don Batten for such a brilliant, comprehensive article. I loved the final sentence: "The origin of life is about as good as it gets in terms of scientific ‘proof’ for the existence of God."

C. P., United States, 27 November 2013

“It is no valid objection that science as yet throws no light on the far higher problem of the essence or origin of life” (Darwin, Charles. The Origin of Species. 6th edition, 1882. p. 421).

I see you see the 9th commandment as a suggestion.

Don Batten responds

So what is the context for Darwin's assertion? Here it is:

"I have now recapitulated the chief facts and considerations which have thoroughly convinced me that species have been modified, during a long course of descent, by the preservation or the natural selection of many successive slight favourable variations. I cannot believe that a false theory would explain, as it seems to me that the theory of natural selection does explain, the several large classes of facts above specified. It is no valid objection that science as yet throws no light on the far higher problem of the essence or origin of life."

Darwin is saying that the fact that no one had a clue about the naturalistic orgin of life is no valid objection to his theory of (existing) species being modified by natural processes. He is not saying that the fact that nothing was known about the origin of life was not a problem for the matter of the origin of life.

This is hardly a valid response to the modern knowledge regarding the problem of life's origin that I have presented. Furthermore, I did not claim that the problem of the origin of life was an argument against 1800s Darwinism, so again, this is hardly a valid response to my article.

Futhermore, there has been 150 years of research since Darwin and, as my review says, we are further from a solution than ever. It is what we now know that is the problem, not what we don't know.

As for your accusation of lying (false witness), this is the resort of someone who has no reasoned argument to offer in response. Please demonstrate any deliberate falsehood in my article (no, you can't). I wonder if you even bothered to read the article.

Victor B., Australia, 27 November 2013

Many Thanks - The origin of Life - No matter how much time you give it, no matter how much you try to simplify and reduce it to in order to offer an explanation of a viable process, it will always remain a miracle that only the existence of the Creator of life, the source of life, the giver of life can fully satisfy - just as he has already revealed. - Colossians 1:15-17, Genesis 1:31-2:3

Anthony G., United States, 27 November 2013

Outstanding article!

Anyone with knowledge of probability and statistics cannot avoid the inescapable fact that life, as we know it, is impossible by random chance. Therefore we were Created. As other commenters have pointed out, those who refuse to accept this fact are fooling themselves but they are quite stubborn and imaginative about dancing around the truth. They simply do not wish to admit that God is our Creator and we must submit to Him.

Even though Pascal's wager plainly stated it was foolish (from an agnostic's point of view in deciding whether to believe in God or be an atheist) to deny God's existence and cling to "it's all here and it's all now and there is no afterlife", the arrogance of these lost souls continues unabated.

Thanks again for a brilliant article.

R. D., United Kingdom, 27 November 2013

I've been a fully-convinced believer in the Master Designer for a little while now and have long been aware that there is zero possibility of explaining Him away.

For people like me, articles like this which go into some depth about the intricacy of living things without the absurdity of attempting to pretend they could have formed without design simply help you to admire His magnificent handiwork that much more. Our Heavenly Father just never stops showing us how amazing He is!

Of course, it goes without saying that if we were all taught this sort of stuff regarding the complexity of the cell BEFORE anyone tried to teach about undirected abiogenesis, virtually any thinking person would reject it out-of-hand. But of course, for the Humanistic controllers of the public mic, science classes need to be wasted teaching kids about unevidenced speculation instead of the stuff which we actually have real evidence in support of!

Michael I., United States, 28 November 2013

Great article Dr. Batten. I enjoyed reading the article and of course (as I have made a habit of) coming back and reading the comments. First I enjoy knowing that I am not the only one that thoroughly enjoys the article brought to us by CMI. Second I enjoy occasionally catching those who would attempt to scrutinize or ignorantly accuse CMI of bringing falsehoods or ‘bad science’ to the table. As far as I’m concerned CMI is doing God’s work and I am grateful every day that I found your website. Truly fantastic work CMI does God bless you all.

st ferd 3 C., Canada, 28 November 2013

Awesome article. Unlike Darwin's cult and the dogma of Atheism it is logical factual and scientific.

Jim M., Australia, 28 November 2013

This ORIGIN of LIFE article should most definitely be published in a booklet form for bulk give-aways!

No-one who reads it could possibly deny GOD's amazingness without willfully overdosing on self-deception.

Don Batten responds

We will see what we can do about that. The responses in these comments might help make that decision. :-)

Patrick P., Australia, 29 November 2013

It seems that evolutionists have very selective memories. They maintain that the origin of life is irrelevant to the “fact” of evolution and conveniently forget the title of the work of Charles Darwin which is the foundation of their theory. i.e. "On The Origin of Species by Means of Natural Selection, or The Preservation of Favoured Races in the Struggle for Life" There can be no species without an origin and there can be no origin without God.

Don Batten responds

Darwin's book was supposedly on the origin of species and did not deal with the origin of life (except for some brief comments in later editions). However, there can be no speciation without the origin of life, so he did speculate about it elsewhere.

geoff W., Australia, 29 November 2013

A point I've been trying to make (or to have denied) for some time Kobus V:

'Our beloved peddler, Professor Richard Dawkins, loves to propose that fish grew "things" in a disorderly fashion until four of it started walking. He also believes in vestigial organs. There are apparently no vestigial organs other than the four proper functioning legs, of the other trial and error "legs" the record has been wiped clean.'

Since we're speaking of probability, brief calculations I have done for the unguided arrival of functioning legs, in the right places on the fish, and so on, appears to suggest that we should be wading knee deep through fossils of failed mutations, rather than finding none of these in the record. Finding the actual 'missing links' (successful mutations) is surely only a minute part of the story?

Chavoux L., Namibia, 29 November 2013

I am currently reading a book by D.R. Prothero (Evolution: What the fossils say and why it matters) and he seems to have an answer to the "Origin of life" problem. I am currently in discussion with an atheist friend and I am not sure how to answer him on this. Overall, I think that this book is a good argument for the evolution viewpoint and a review of it would be useful to creationists in talking to atheists who would simply accept everything in the book.

One issue that is seldom mentioned is that an organism that has just died has all the needed chemical components for life, and yet is not alive. So even if we had all the chemical components we would be no nearer to the origin of life than to resurrecting a dead person.

Keith H., Australia, 29 November 2013

It never ceases to amaze me that so many secularists, who are obstensibly intelligent people, accuse those who believe in an intelligent creator of believing in a "fairy tale" when the odds are so overwhelmingly stacked against a naturalistic origin of life. It just shows the powerful spiritual roots of self-deception on the part of those who would "exchange the truth of God for a lie" so that they can go their own way. Great article, as always!

Georgi G., Russian Federation, 29 November 2013

The origin of life can be explained through the study of thermodynamics of universe evolution!

Origin of life and its evolution are the result of action of laws of hierarchical thermodynamics.

Thermodynamics investigates systems which can be characterized by state functions. The separation of biological systems into individual hierarchies of structures allows us to study the processes in them independently of the processes that take place in other hierarchical structures.

Criterion of evolution

The approval about the reduction of the entropy of living systems as a result of biological evolution is incorrect. The criterion of evolution of living system is the change (during evolution) of the specific free energy (Gibbs function, G) of this living system formation. The evolution of living system takes place against the background of flows of energy (e.g., light, energy of physical fields) from the environment. It increases its specific free energy (primarily chemical free energy). At the same time, the specific free energy of this living system is decreased as a result of spontaneous chemical and supramolecular processes in this system. The increase of supramolecular stability of living system during evolution and aging is characterized by the value of decrease of specific supramolecular Gibbs energy of the formation of its structure. It is the main criteria of evolution and aging of living systems.

Thus, the total change in the specific free energy of a living system is composed of two parts: 1. The change of free energy due to the inflow of external energy (G1> 0) and 2. The change of free energy due to spontaneous transformations in the system (G2 < 0) . The evolving system constantly adapts to a changing environment.

Don Batten responds

You have not explained how energy plus simple chemicals created the incredible complexity of the first 'simple' living cell. Energy does not create ordered sequences of nucleotides that specify how to make hundreds of specific proteins. Have you actually read the article? We can measure the Gibbs free energy of an enzyme, for example, but that does not explain its origin.

David C., United States, 1 December 2013

As usual, such an awesome article. Thank you. That aliens brought life to earth is a theory which is gaining attention, thanks to programs such as 'Ancient Aliens'. This History Channel show presents evidence for the theory in the form of cave drawings, statues/statuettes, manuscripts and the remains of ancient structures. These things are very compelling and, if you're bend is towards ufo's and extraterrestrials, believable. In my opinion, some of these artifacts, carvings and odd and ancient architecture, may actually be the result of the Genesis 6:2 "Sons of God"(Angels) being on earth and are not from extraterrestrial visitation.

"Directed panspermia' or, as some may call it, the "cosmic bio-experiment' theory may be just what evolutionists are looking for. For those who have decided in their hearts that they're never going to believe in God, this will be eagerly accepted because it offers a brand new explanation for the origin of life on earth as well as a possible way to explain evolution. You see, aliens don't mind how a person lives their life. With e.t. at the helm, humanity can let go and do what they please(do what thou wilt) with no worries about being judged for sin.

I believe Gary Bates might agree with my thoughts and feelings towards this subject.

Thanks again for a great article.

Don Batten responds

Thanks.

One point: artifacts from the Nephilim would have been destroyed in the Flood of Noah.

Also, the calculations given in the article on the probability of the origin of life show that no life would ever form naturalistically anywhere in the universe, even given all the billions of years claimed for its age.

Cameron T., South Africa, 1 December 2013

I grew up believing that the education system teaches truth. I know now I was naive but found I had to believe in the gap theory for a while to account for the age of the earth, because surely that is incontrovertible. Again, naive, actually deceived. No! it is thanks to people like Don, Kent and numerous others that I can praise God for ALL He has made, and the truth of His EVERY word. One day when we all stand before God, believers and athiests, probably no one can then honestly say Ï did not know. Thank you.

geoff W., Australia, 2 December 2013

Cells have mechanisms for correcting faults. I suppose that had there been no 'fall' of man, these would not have been needed. hence, they would have been built in, in anticipation of the fall.

This appears to be consistent with the view that much of the stuff we see in life today was put there in anticipation of what was to come, such as our immune systems.

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