TRAIL MARKER 001 — YOU ARE NOT AN ACCIDENT
What the astonishing conditions for life might be telling us
NOT SURE WHAT YOU BELIEVE?
You do not have to call yourself an atheist to live as if you are alone.
Maybe you have never believed in God. Maybe you used to, but stopped. Maybe the word “God” brings up more questions than comfort. Or maybe you have simply assumed that the universe is all there is—that no one stands behind it, no one intended you, and no one knows you are here.
If that is true, then in the deepest sense we are cosmic orphans.
We may have families, friends, careers, plans, and people who love us. But behind all of it there would be no Father. No Creator behind reality. No purpose beneath our existence. We would be the temporary result of impersonal forces that never meant for us to arrive.
That may be true.
But what if it deserves another look?
1. BEFORE THERE WAS LIFE, THERE WAS CHEMISTRY
There was a time when Earth had no people, no animals, no plants, and—so far as science can tell—no life at all.
There were atoms. Molecules. Water. Minerals. Heat. Radiation. Chemical reactions.
And then, somewhere in Earth’s early history, nonliving chemistry crossed a remarkable threshold.
Something began to preserve information, use energy, reproduce, vary, and participate in the kind of open-ended evolution from which all later life could grow.
Scientists call the beginning of life from nonliving chemistry abiogenesis.
That is different from Darwinian evolution. Evolution can explain how populations change once heredity and reproduction already exist. Abiogenesis asks the earlier question:
How did the first system capable of heredity and evolution arise in the first place?
Scientists have proposed promising pathways involving RNA, membranes, metabolism, mineral surfaces, wet-dry cycles, hydrothermal environments, and other processes. Real progress is being made.
But there is not yet a complete, experimentally demonstrated account of how chemistry became the first living, evolving system.
That matters—not because an unanswered scientific question automatically means “God did it,” but because the transition itself is extraordinary.
2. THE HEADLINE IS MORE COMPLICATED THAN IT SOUNDS
In July 2026, Robert G. Endres of Imperial College London published a peer-reviewed paper in npj Systems Biology and Applications titled “The unreasonable likelihood of being: origin of life, terraforming, and AI.”
Endres approached the origin of life using information theory and computational models. His analysis argues that forming even a primitive protocell faces formidable informational and organizational barriers within the time available on the early Earth.
That sounds dramatic.
And it is worth taking seriously.
But it does not mean scientists have calculated a universal number like “the chance of life appearing is one in 10 followed by a thousand zeros.”
Endres did not prove that abiogenesis is impossible. His result depends on models and assumptions about how prebiotic systems search possible arrangements and retain useful organization. The larger scientific challenge, in his own framing, is to discover physical principles that could make the emergence of life much more directed and efficient than a blind search.
So the responsible conclusion is not:
“Science has proved life could never arise naturally.”
It is:
“The origin of the first living system remains a deep scientific problem, and organization and information are part of that problem.”
That is already remarkable.
3. HERE IS THE PART THAT MAY SURPRISE BOTH SIDES
There is important evidence pointing in another direction.
Astronomer David Kipping published a 2025 analysis asking what Earth’s early timeline might tell us about how quickly life tends to appear when Earth-like conditions exist.
Using a recent estimate that the last universal common ancestor—LUCA—may have lived roughly 4.2 billion years ago, Kipping calculated nominal odds of about 13 to 1 favoring a “rapid” rather than “slow” abiogenesis model on Earth analogs.
That does not mean there are 13-to-1 odds that aliens exist.
It means that, under Kipping’s assumptions, Earth’s early timeline favors the idea that life may begin relatively quickly when genuinely Earth-like conditions are present.
At first, that might sound like it contradicts Endres.
It does not have to.
These are different questions.
Life may arise relatively early when the right conditions exist, while scientists can still be uncertain about the chemical pathway that gets from nonlife to life.
Timing is not mechanism.
And saying “we do not yet know exactly how” is not the same as saying “it cannot happen.”
That distinction matters because this is not supposed to be a trick argument.
If there is a God, truth will not need us to distort science in order to find Him.
4. SCIENCE IS ACTUALLY MAKING PROGRESS
Origin-of-life research is not sitting still.
In 2025, researchers reported laboratory work showing that cycles of pH and freezing and thawing can help overcome a major problem in RNA replication: copied RNA strands tend to stick back together, making repeated copying difficult. Their experimental system used an evolved RNA polymerase ribozyme and carefully supplied ingredients, so it was not spontaneous life appearing in a flask. But it did demonstrate a plausible way around one important bottleneck.
Another 2025 study examined pristine samples returned from the asteroid Bennu. Researchers found a rich collection of organic compounds, including 14 of the 20 amino acids used in terrestrial proteins and all five nucleobases found in DNA and RNA.
That is fascinating.
It shows that some of life’s chemical ingredients can form without biology and may be widespread in the Solar System.
But ingredients are not the same as life.
Finding bricks is not the same thing as explaining the house.
And learning how some of the bricks can fit together is not the same as explaining the whole structure.
The point is not to dismiss scientific progress. The point is to see it clearly.
Scientists have found important pieces of the puzzle.
The puzzle is not finished.
5. SO WHAT DO WE REALLY KNOW?
We have one known inhabited planet.
This one.
That creates a problem whenever someone confidently announces the universal odds of life.
Imagine trying to calculate how common a certain kind of tree is in an entire forest after being shown exactly one tree.
You could study that tree closely. You could learn a great deal from it.
But your sample would still be one.
Scientists David Spiegel and Edwin Turner made this point mathematically years ago: Earth’s early appearance of life does not, by itself, allow us to confidently determine how probable abiogenesis is throughout the universe. The answer depends strongly on assumptions we do not yet know how to verify.
So three statements can all be true:
We know life appeared on Earth.
There is evidence that it appeared early.
We still do not know the universal probability that life appears when conditions are suitable.
The scientifically responsible word is not necessarily “impossible.”
It is not necessarily “inevitable.”
It is “open.”
And that openness gives us permission to ask a larger question.
6. THE QUESTION GETS BIGGER THAN THE FIRST CELL
Before there could be a first cell, there had to be a universe in which cells were possible.
Before biology, there had to be chemistry.
Before chemistry, stable atoms.
Before planets, generations of stars capable of producing heavier elements.
There had to be physical laws, forces, constants, and early conditions that allowed long-lived structure and complexity to exist at all.
Physicists and philosophers call some of this the fine-tuning question.
“Fine-tuning” does not automatically mean “a Fine-Tuner did it.” In science, the term can simply describe situations in which an outcome depends sensitively on parameters falling within particular ranges.
But our universe appears to have many characteristics that allow complex structures, chemistry, stars, planets, and observers like us.
That raises an honest question:
Why is reality the kind of place in which life is possible at all?
7. DOES THAT MEAN “GOD DID IT”?
Not automatically.
There are several serious ways people try to answer the fine-tuning question.
Maybe deeper laws of physics will eventually show that the universe could not have been very different.
Maybe there are an enormous number of universes with different conditions, and we naturally find ourselves in one of the rare places where observers can exist.
Maybe the universe simply has the conditions it has, with no deeper explanation.
Maybe an Intelligent Designer stands behind the order.
And there may be possibilities we have not thought of yet.
Thoughtful people disagree.
The Stanford Encyclopedia of Philosophy’s current review of fine-tuning discusses design, multiverse explanations, observer-selection effects, deeper future physics, and brute fact as live parts of the debate.
So HeroWithin is not asking you to pretend there are only two choices:
“God or science.”
That is a false choice.
The better question is:
What explanation makes the most sense of all that we observe?
And one possibility deserves to be put back on the table:
What if there is an Intelligent Designer behind reality?
8. WHY DESIGN DESERVES A SEAT AT THE TABLE
Suppose you are walking on a beach and see grooves in the sand.
Wind can make grooves.
Water can make grooves.
Footsteps can make grooves.
Natural processes make patterns all the time.
But suppose the grooves spell:
I LOVE YOU
Your mind immediately considers another category of explanation.
Agency.
Not because sand cannot move naturally.
Not because you have solved every question about how the marks were made.
But because meaningful arrangement can reasonably make you ask whether an Intelligent Designer was involved.
Biology is far more complicated than words in sand, and DNA should not be reduced to a simplistic slogan like “computer code proves a programmer.” Living systems arise through chemistry, physics, heredity, selection, and many interacting processes.
Still, we should not rule out agency simply because agency is not a chemical.
When reality is orderly, intelligible, capable of producing information-rich living systems, and understandable by minds that emerged within it, asking whether an Intelligent Designer belongs somewhere in the explanation is not anti-scientific.
It is a philosophical question raised by scientific observations.
You may eventually decide the answer is no.
But you do not have to be embarrassed for asking.
9. EVEN A DESIGNER WOULD NOT GIVE YOU A FATHER
Now we reach an important limit.
Suppose, for the sake of argument, that you became convinced there is an Intelligent Designer behind the universe.
You still would not know very much about that Designer.
Does the Creator care?
Is He good?
Does He know you?
Can He hear you?
Does He forgive?
Does He love?
Would He notice one hurting man on one small planet in one enormous universe?
Physics cannot answer those questions.
Chemistry cannot tell you whether ultimate reality has a heart.
A telescope might make you wonder whether Someone is there.
It cannot tell you His name.
This is where many arguments for God stop.
HeroWithin cannot stop there.
Because an orphan does not merely need a Designer.
He needs to know whether there is a Father.
10. THEN JESUS WALKS INTO THE QUESTION
Christianity makes a claim much bigger than “an Intelligent Designer probably made the universe.”
It says the Creator has made Himself known.
Not only through nature.
Not only through laws and constants.
Through a person.
Jesus.
The Gospel of John says that the God no one has fully seen has been made known through Jesus (John 1:18).
Later, when one of Jesus’ disciples asks Him to show them the Father, Jesus answers:
“Whoever has seen me has seen the Father.” (John 14:9)
Think about what Christianity is claiming.
If you want to know what the One behind the stars is like, look at Jesus.
Look at the way He moves toward outsiders.
Look at the way He touches people others avoid.
Look at the way He speaks truth without treating wounded people like projects.
Look at the way He confronts hypocrisy.
Look at the way He forgives.
Look at the cross.
Look at the empty tomb the first Christians said changed everything.
Jesus does not merely speak about a higher power.
Again and again, He calls God:
Father.
That takes us far beyond anything a probability calculation could ever tell us.
Science might cause a man to look up.
Jesus invites him to come home.
11. MAYBE YOU WERE NEVER AS ALONE AS YOU THOUGHT
Return to the question we started with.
What if you are not simply the accidental outcome of a universe that never knew you were coming?
What if reality is not ultimately accidental?
What if there is a Creator?
What if the Creator can be known?
What if Jesus really does show us what He is like?
What if the Creator of a universe of galaxies is also the Father Jesus described?
And what if He knows you are here?
That does not prove Christianity in one article.
It is not supposed to.
You may still have serious questions.
About evolution.
About the Bible.
About suffering.
About hypocrisy in the church.
About whether Jesus really rose from the dead.
About where God was when your life fell apart.
Those questions matter.
They deserve better than shallow answers.
Trail Markers exist because you do not have to answer every question at once.
You only need enough light for the next part of the trail.
12. ONE HONEST STEP
Do not pretend to believe.
God, if He exists, would already know the difference between faith and pretending.
So try honesty.
You might say:
God, if You are there, and if You really are the Father Jesus described, help me find You.
Then do something small and concrete.
Read one of the Gospels for yourself. Start with John or Luke.
Ask what Jesus actually says God is like.
Notice what attracts you.
Notice what bothers you.
Ask your questions.
Keep walking.
You do not need to manufacture certainty before you begin looking.
Maybe the next faithful step is simply becoming willing to be found.
KEEP WALKING
If life is not merely an accident, why does the universe itself seem so remarkably ordered and intelligible?
NEXT: TRAIL MARKER 002 — WHY DOES THE UNIVERSE MAKE SENSE?
Order, laws, mathematics, and the strange intelligibility of reality
EXPLORE THE RESEARCH
1. Robert G. Endres — “The unreasonable likelihood of being: origin of life, terraforming, and AI”
npj Systems Biology and Applications, 2026
What it is: A recent peer-reviewed information-theoretic analysis of protocell formation that highlights major entropic and informational barriers.
Why we included it: This is the research that triggered this Trail Marker. It shows why the organization required for early life remains scientifically interesting without proving that natural abiogenesis is impossible.
2. David Kipping — “Strong Evidence that Abiogenesis Is a Rapid Process on Earth Analogs”
Astrobiology, 2025
What it is: A Bayesian analysis of Earth’s early-life timeline that reports nominal odds of about 13:1 favoring rapid over slow abiogenesis on Earth analogs.
Why we included it: Because it pushes against an exaggerated “life is mathematically impossible” story. A trustworthy investigation should show you important evidence from both directions.
3. James Attwater and colleagues — “Trinucleotide substrates under pH–freeze–thaw cycles enable open-ended exponential RNA replication by a polymerase ribozyme”
Nature Chemistry, 2025
What it is: Experimental research showing how physicochemical cycling can help overcome a major RNA replication bottleneck in a laboratory system.
Why we included it: It demonstrates real progress in origin-of-life research and protects this article from using scientific unknowns as a shortcut to God.
4. Daniel P. Glavin and colleagues — “Abundant ammonia and nitrogen-rich soluble organic matter in samples from asteroid (101955) Bennu”
Nature Astronomy, 2025
What it is: Analysis of pristine Bennu samples finding numerous prebiotic organic compounds, including many amino acids and all five biological nucleobases.
Why we included it: It shows that important ingredients for life can form abiotically. Ingredients are not life, but they are part of the scientific story.
5. Luke A. Barnes — “The Fine-Tuning of the Universe for Intelligent Life”
Publications of the Astronomical Society of Australia, 2012
What it is: A detailed scientific review of claims that physical laws, constants, and cosmic initial conditions are constrained if a universe is to support complex life.
Why we included it: It moves the question beyond the first cell to the deeper issue of why the universe permits stable complexity and observers at all.
6. Stanford Encyclopedia of Philosophy — “Fine-Tuning”
Substantively revised 2026
What it is: A current scholarly overview of fine-tuning evidence and competing explanations, including design, multiverse proposals, observer-selection effects, new physics, and brute fact.
Why we included it: Because the design question should be presented in its real intellectual landscape, not as a false choice between God and science.