principle demonstrating this is not hidden. It has been known for well over 2,000 years. The current
analysis leads us to understand that science and engineering point to a living God, not to reject Him.
Cellular information system. A computer and a living cell are very similar to each other. Both
have hardware which is controlled by a set of commands in the form of information.
In a computer, the information exists in the form of software. Operation of the hardware is
completely dependent on the software. In one sense, it is a slave ready to do its master’s bidding and
sits idle until it is given an instruction. Software provides the operating instructions. Microsoft
Corporation employees thousands of engineers and has done so for many decades. They are one of the
largest corporations in the world and their primary product is computer software. Microsoft does not disclose its number of engineers, but has been estimated to be between 60,000 to 90,000. This is out
of 220,000 total employees in 2023.11 Even with this huge number of engineers, their total work
output does not approach the complexity of a cell’s genome. Natural processes cannot be
demonstrated to generate any information starting from scratch. Rationally, they cannot generate even
a minimal living cell’s genome.
The final product produced by software engineers is a string of numbers organized as bytes. A
person could string together a number of randomly selected bytes and call it a program. It would
certainly be cheap to do. However, this program would be useless and not able to operate a computer
satisfactorily. As a professional engineer with two decades of experience in computer design, I can only
say that there is no rational possibility of randomly generated numbers with randomly connected
hardware components ever accidentally creating a functioning computer. Cells are even more complex.
Then there is the problem of replication. Before a cell can replicate, its normal systems of
information, metabolism, and containment must all be working satisfactorily. There is no mechanism
for evolutionary steps to provide this before replication. Yet, replication requires still additional cellular
hardware and genetic information for control. Everything must appear fully functional in a single step.
When one looks at all of the emergent interactions present in a living cell, there is simply no rational
basis to expect natural processes to provide cells from scratch. This is exactly what Virchow’s aphorism
stated almost 200 years ago.
There is another perspective on problems facing a natural origin. Suppose an incipient
replication system has only five unrelated defects in its genome that prevent replication. How can
these five problems be fixed without any way to isolate them and change them before everything the
rest of the cell degrades and decomposes? Abiogenesis depends on replication processes being
available at the beginning. Observation shows that it does not appear until everything else is already in
place. This is fatal to abiogenesis.
A fundamental problem facing a natural origin of life is that living cells are built around carbon
atoms. A carbon atom has a unique structure which allows it to join with up to four other molecules.
This allows it to form carbon to carbon bonds in a string while each carbon molecule still joins to other
molecules. Over six million different kinds of carbon-based molecules have been made, their chemical
traits analyzed, and the results officially published in a formal science catalogue.12
Abiogenists have two problems. First, in a natural setting there is nothing to control the local
chemical reactions possible for any particular carbon atom. The result is that although energy sources
such as ultra-violet light, heat, and sparks can cause carbon molecules to reorganize into new ones, in a
non-life setting these reactions are unguided. There is nothing to direct them to form the specific
molecules needed for life out of the millions possible. As a result, most of those formed are not
suitable for life and end up as contaminants prohibiting progress. A few of them might be temporarily
suitable, but even these are only temporary before they get made into yet another new chemical.
B.
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2) Worse, they invariably turn into tar long before any proteins or nucleic acids can form. The actual
arrangements of chemicals needed to make a living cell is not even hinted at before tar stops any
possibility of further progress. The tar problem will be discussed later.
The above situation fits both theory and experimental observation. Normally, when theory and
experiment agree, a theory is considered established. However, to a materialist the observed results of
origin-of-life experiments are not acceptable, even though chemical theory leads us to expect the
problems that are then actually observed to take place. Why? Even as Lewontin discussed earlier, “We
cannot allow a Divine Foot in the door.” It is forbidden for a materialist to acknowledge that both
theory and observed results agree that natural processes are not capable of forming living cells. This
conclusion is forbidden regardless of the strength of the evidence. Why? If natural processes cannot
create the initial cells, then their appearance had to be from outside natural processes. The scope of
the problem is so great that acknowledging this directly leads to the understanding that that they must
have had supernatural origin. This would falsify materialism and lead directly to understanding the
reality of an intervening Creator God. A materialist will not face this evidence regardless of its strength.
Abiogenesis has been an active field of scientific research since the Miller-Urey Experiment first
performed in 1952.13 Amino acids appeared when methane, ammonia, hydrogen, and water were
zapped in a spark chamber for a brief period of time. Sadly, though, these amino acids were absolutely
useless as feedstock for any further advance towards life. They were in relative ratios which made
them completely unusable. There were already four times as many contaminants as amino acids with
the contamination problem expected to grow. Worse yet, except for samples that were removed from
the experiment at an early stage, even here in the first experiment the product quickly turned into tar.
Whereas as naturally occurring random processes cannot account for the information found in
a living cell as well as its associated hardware, engineers design computers, which also feature a
complicated interaction between information and hardware. However, in a cell the interactions are far,
far more complicated. Moreover, since a living cell comes only from replication of an already living cell
and the reasons for this are very well understood as discussed above, then all of a minimal cell’s
original complexity must appear at it its very first step. This can be done through an engineering
process of design then fabrication followed by testing and then problem fixing. There is no hint of any
rational alternative. When worked through, this logically leads to the understanding that a living God
acting as an engineer first designed the initially appearing cells using His divine wisdom and then
fabricated the design using His power to intervene in nature as God. This is a rational explanation
resulting from observed science and standard engineering practice working together. As offensive as
this might be to a materialist, this is the simplest and most logical conclusion.
C. Feedback control systems
Almost every internal process taking place in a living cell is regulated by what is called a “feedback control loop.” An example of feedback control would be steering a car while it goes down a highway. In order to drive a car from California to New York, we must be able to steer the car properly. We need to keep it in a specific lane most of the time and the lane itself will typically have curves. We need to change lanes for various reasons. We need to follow a course that allows us to reach our destination. There are a number of steps required to do this. First is to sense where the car is at and in which direction it is heading, then to compare this with a standard of where it should be, then to determine what if any corrections need to be made, and then to implement the corrections by turning the steering wheel. This needs to be repeated continually as the car travels. A continuous loop of observation, analysis, and correction is needed. This is a complicated process. We now have exotic computers and supporting sensors which can drive a car and steer it in traffic, but it still has problems to be overcome before it is commonly used.
The problem with feedback control is that once wheels can be steered, without proper control this causes accidents. The entire system must work reliably from the beginning in a single step.
Many cellular components are made when needed and disassembled when no longer needed. Nutrients are converted into the various required chemicals when needed. This includes the building block chemicals of amino acids, nucleic acids, and fatty acids. Each conversion requires a feedback control loop that is fully functional from its first appearance. Therefore, they represent an emergent feature. A major problem facing the initial appearance of a living cell is that each feedback control loop required in a minimal cell must appear fully formed at the same time as all of the others. This becomes so complex an operation and so intertwined with so many components that it is absurd to assert that natural processes did everything needed in a single step. Hana El-Samad says in the journal Cell Systems, “Even the simplest of cells seems to have hundreds of feedback loops14.”
However, the design and implementation of feedback control loops are part of the standard toolkit of a trained design engineer. Therefore, there is a simple means to account for the feedback control systems in a living cell: it was designed by an engineer. No other means are known.
The complexity needed to control required feedback in a living cell dwarfs what a car needs. Genetic information must prescribe how to sense what is needed and then direct the cell to respond properly. An unbiased person will readily recognize that initial appearance of proper feedback control for all of a cell’s activity is impossible to do in a single, unguided step using only uncontrolled, natural energy sources.
Tar—the eventual product of organic chemical bonds connected randomly instead of under feedback control.
As if the above problems facing a natural origin of life are not severe enough, there is yet another fatal problem facing a natural origin of life: tar production. As natural energy sources join organic molecules together, they eventually grow into tar. Tar is a merely a large mass of randomly joined organic molecules. Importantly, there is no chemical formula for tar. It is just a mixture of many randomly joined organic molecules. If the process continues, the tar eventually grows into asphalt and finally into what is called kerogen. These are all fundamentally the same, with the difference between them chiefly being in molecular size and melting point.
Tar production is the standard product eventually appearing whenever organic molecules get randomly joined. The extreme organization characteristic of a living cell and the extreme disorganization characteristic of tar are complete opposites of each other. There is no known scientific basis for natural processes to produce the chemicals of life in pure, usable quantities and ratios with each other. Both theory and experience indicate that natural processes produce tar—not the chemicals of life in usable ratios. Scientists studying the origin of life are very much aware of this discrepancy. They simply just choose to ignore its implications, because acknowledging them would require them to acknowledge that both theory and observation ultimately lead to the understanding of a Creator God.
Would you like to observe actual tar formation on the interior surface of a glass chamber as a scientist tries to mimic origin-of-life processes in the lab? I have put together a YouTube video showing this.15 Carl Sagan was a prominent scientist of an earlier generation. He spent ten years of his life trying to improve on the initial experiment performed by Stanley Miller discussed above. As both of them ran their experiments, everything made was either deposited on the surface of the test apparatus as tar or it was in a solution on its way to being deposited there. The exception was when portions were physically removed from the apparatus before they were deposited. Sagan eventually gave up his effort.
The Sagan video shows how this experiment demonstrates both of the above problems discussed. Chemicals of suitable species and ratios to promote life did not appear. Tar was the ultimate