August–September 2026
Facing the limits of their materialistic explanations of creation and human life, elite scientific minds are now turning somersaults in a last gasp attempt to save their atheistic worldview. Although finally forced to concede the intelligence manifest in creation, they continue to Dodge the Divine by immersing themselves in science fiction so fantastical that it makes their evolutionist forebears seem like models of coherence and rectitude.
Despite the inclination to roll our eyes and wave away these head-spinning sci-fi fabrications, we should at least be aware of them, and recognise that they are all of a piece with the demonic UFO/alien deception orchestrated for long decades by the same conspiratorial oligarchs. Technocrats one and all, obsessed with governing a godless world, the author notes that their totalitarian designs are already crumbling since their insane postulates herald “the end of ‘respectable’ thought that denies" rational belief in God the Creator.
Evolution, Simulations, and Multiverses
The End of the Darwinian Monopoly
The fool hath said in his heart: There is no God.
They are corrupt, and are become abominable in their ways:
there is none that doth good, no not one. - Ps. 13:1
I was not raised in a religious household. Growing up in the 1970s and 1980s, I learned in public school that science had definitively shown life developed from natural forces over eons. Like many in my generation, this reality conveyed an existential meaninglessness—life had no purpose; it was ontologically rooted in chance. For those capable of connecting the dots, there were no eternal consequences for what one did in this life. Religious faith then seemed quaint and trite, like Amish horse-and-buggies.
Yet I struggled with the scientific meaninglessness: it contradicted a deep intuition within me that suggested something more. I envied those with religious faith when I was a college student, even if my intellect demanded the concession that such beliefs were hopelessly backwards. In retrospect, my experience was one in which the Darwinian framework I had been taught stood as an insurmountable barrier to both religious faith and even basic moral reasoning. I remember thinking something to the effect of, “Grow up, life is meaningless, deal with it.”
A young person who accepts that life is meaningless—that heroism is dead—must veer either towards nihilism or hedonism. In my case, I was both a nihilist and hedonist. While I do not know why God saved me from that perfidious path, at some point, my intuition of meaning took the dominant position over the Darwinian dogma. I began to believe that good and evil were objective realities even if, from a Darwinian perspective, good and evil are after-the-fact human constructions of the brain. My experience, while anecdotal, very likely has currency with many of my generation. The cynicism and hedonism that marked my youth were not necessarily a character flaw but the direct outcome of telling young people that life had no essential meaning.
What a terrible thing was done to my generation. And yet time has vindicated the intuition of meaning in this life. We are rapidly entering into a new chapter in Western life—one in which the oppressive regime of Darwinian certitude is being demolished. Praise God that such a time has come.
Imagine a fortress that once seemed impregnable—a scientific castle built on the idea that life on Earth arose and diversified through purely blind, unguided processes. This is neo-Darwinism, the modern version of Charles Darwin’s theory of evolution. At its core, it claims that random genetic mutations (small, accidental changes in DNA) combined with natural selection (the survival of the fittest in a competitive environment) explain everything from the first spark of life to the vast array of species we see today. No intelligent guidance. No purpose. Just chance and necessity. For generations, this was taught in biology classrooms as something as certain as gravity: a fact, not a guess. High-school textbooks from the 1980s and 1990s, the ones many of us Gen-Xers and older millennials studied, presented it that way. Life started in a primordial soup of chemicals, evolved slowly over billions of years, and here we are. Case closed. Only the very stupid or the very religious (always presumed to be redundant) disagreed.
But that fortress is crumbling and, ironically, it is collapsing under the weight of explosive scientific progress. Advances in fields like molecular biology (the study of life’s building blocks at the tiniest scales), genomics (mapping entire sets of genes), paleontology (digging up fossils), and even mathematics have exposed deep cracks. What was elevated from a theory (a nineteenth century explanation) to presumed certainty is now slinking back into the realm of hypothesis—and a battered one at that.
The Darwinian revolution, which once roared like a lion and shattered religious faith among Western elites by offering a godless alternative to creation stories, is now receding with a whimper. Few outside specialised circles grasp the extent of this crisis. High-school biology teachers might still teach the old narrative, but it’s increasingly like reciting fairy tales as history. To borrow from The Wizard of Oz, the great Darwinian wizard—once awe-inspiring behind its curtain of authority—is being exposed as far less powerful than advertised. And here’s an unusual proof of the mess: some of the smartest secular minds are quietly pivoting to wild speculations like simulation theory and multiverse hypotheses to explain life’s origins and complexity. If the old story held up, why bother?
Let’s break down how this collapse is unfolding, step by step, with explanations for key terms so anyone can follow.
I
First, the origin of life itself—known as abiogenesis—is a glaring failure.
Abiogenesis is the idea that non-living chemicals somehow assembled into the first living cell through natural processes alone, without any outside help. Darwin himself speculated about a “warm little pond” where this might happen, but he left the details fuzzy. Modern neo-Darwinism assumes it did happen that way, kicking off evolution. Yet, despite billions of dollars and decades of lab work, no one has demonstrated a viable pathway. Scientists have created some building blocks of life, like amino acids (the Lego pieces of proteins), in controlled experiments mimicking early Earth. But stringing them into functional proteins, let alone a self-replicating cell, remains impossibly elusive.
Recent advances make this clearer—and more damning.
In July 2025, physicist Robert G. Endres published a study using rate-distortion theory (a math tool from information science) to model abiogenesis. His conclusion: the odds are “unreasonably low” under realistic early Earth conditions. It’s not just improbable; it’s practically impossible without some guiding mechanism.
Leading chemists echo this. Dr. James Tour, a professor at Rice University and a world-renowned expert in synthetic chemistry (building molecules from scratch), went viral in a December 2025 interview on The Tucker Carlson Show. Tour, who has over 700 peer-reviewed papers and patents in nanotechnology, called abiogenesis claims “absurd” and “overhyped.” He challenged researchers to show even basic steps—like forming stable cell membranes or homochiral molecules (molecules with a specific “handedness,” like left- or right-handed gloves, which life requires)—without cheating by using purified lab chemicals. As of 2026, no one has met the challenge.
Irony abounds: better tools like CRISPR gene editing and supercomputers reveal how incredibly precise life’s startup needs to be, making blind chance look impossible.
II
Next, the problem of biological information.
Life isn’t just chemicals; it’s code. DNA is like a software program, carrying specified complexity—information that is not only intricate but precisely arranged to do a job, like instructions for building a plane rather than random scribbles. Neo-Darwinism says random mutations provide this info, with natural selection weeding out the bad. But genomics has exploded this notion. Sequencing entire genomes shows the simplest bacterium needs hundreds of genes working in concert. The “search space” (all possible combinations) is astronomical—think a number with more zeros than atoms in the universe. Probabilistic models from 2025–2026 show mutations cannot generate that much functional novelty in available time.
III
Enter irreducible complexity, a term coined by biochemist Michael Behe.
This describes systems where all parts must be present for the whole to work—like a mousetrap missing a spring. Examples include the bacterial flagellum (a tiny motor for swimming) or blood clotting. Remove one protein, and it fails. How could natural selection build these step-by-step if intermediates don’t function? Critics once dismissed this, but post-genomic data (from the 2010s onward) supports it. Science’s rapid mapping of these machines shows they’re more like engineered tech than lucky accidents.
IV
Then there’s the Cambrian explosion, a fossil frenzy around 540 million years ago.
In a geological blink (maybe 20 million years), most major animal body plans—think the blueprints for insects, vertebrates, and more—appeared suddenly. Paleontology’s better tools, like CT scans and molecular clocks (dating fossils via DNA decay rates), confirm this “top-down” burst: big innovations first, then tweaks.
Darwin expected bottom-up gradualism—slow buildup. The explosion defies that, suggesting rapid infusion of information rather than trickle.
Add cosmic fine-tuning, where physics intersects biology. Constants like gravity’s strength are dialled so precisely that slight tweaks would prevent stars, chemistry, or life. This isn’t strictly Darwinian but ties in: if the universe isn’t life-friendly by chance, neo-Darwinism’s foundation wobbles. Recent cosmology (2025 quantum experiments) quantifies this improbability, pushing elites toward multiverses.
This crisis isn’t just technical; it’s cultural.
The Darwinian revolution, fuelled by figures like Richard Dawkins, convinced elites that faith was superstition. Now, as evidence mounts, that grip loosens.
Yet the retreat is quiet—textbooks lag, media downplays. Few teachers know the full story; students still learn the old certainty. But the proof is in the pivot.
Smart secular thinkers—physicists like Stephen Hawking (pre-2018) or modern ones like Max Tegmark—flock to multiverses (infinite universes making ours “lucky”) and simulations (reality as a computer program by advanced beings). If neo-Darwinism sufficed, why these escapes? They are implicit admissions: blind processes fail, intelligence seems involved—just not God’s.
The wizard’s curtain pulls back. The ferocious revolution whimpers away. Someone tell the teachers: biology class needs an update.
Simulation Theory
The simulation hypothesis suggests that our reality—everything we see, feel, and experience—might be an advanced computer program run by beings far more technologically sophisticated than us. It’s not science fiction anymore; it’s a serious philosophical and probabilistic argument that has captured the attention of tech leaders, physicists, and thinkers.
The idea exploded into prominence with philosopher Nick Bostrom’s 2003 paper, “Are You Living in a Computer Simulation?” Bostrom, a Swedish Oxford professor focused on existential risks and future humanity, laid out a clean trilemma. He argued that at least one of these three statements must be true:
1. Almost all civilisations go extinct before reaching a “posthuman” stage where they can create detailed ancestor simulations (sims of their evolutionary history).
2. Posthuman civilisations exist but choose not to run many such simulations—perhaps for ethical reasons, boredom, or resource limits.
3. We are almost certainly living in a simulation.
Bostrom’s reasoning hinges on scale. If even one advanced civilisation survives long enough and has immense computing power, it could run billions or trillions of ancestor simulations. Each sim would contain conscious beings indistinguishable from “real” ones. Statistically, most conscious observers would then be simulated, not in the original “base” reality. The odds favour us being in a sim.
This stayed mostly academic until Elon Musk popularised it. In a 2016 appearance at the Recode Code Conference, Musk delivered one of the most quoted takes:
“Forty years ago we had Pong—two rectangles and a dot. That’s what games were. Now, forty years later, we have photorealistic, 3D simulations with millions of people playing simultaneously, and it’s getting better every year. And soon we’ll have virtual reality, augmented reality. If you assume any rate of improvement at all, then the games will become indistinguishable from reality… It would seem to follow that the odds that we’re in base reality is one in billions.”
Musk’s point was simple and vivid: video game tech progressed from crude pixels to immersive worlds in decades. Extrapolate that forward—assuming civilisation doesn’t collapse—and future tech could simulate entire universes with conscious inhabitants. Billions of such sims would dwarf one base reality, making our “realness” vanishingly unlikely.
The appeal is clear. It explains life’s staggering complexity without invoking supernatural forces.
Abiogenesis? Coded in.
Fine-tuned physics? Just parameters.
The Cambrian explosion? Programmed events.
Intelligence behind it all? Yes—but from posthuman programmers, not a transcendent God.
It secularises design, keeping atheism intact while admitting the universe looks engineered.
Yet recent developments add caution.
In late 2025, physicists (including teams citing Gödel’s incompleteness theorems) argued reality contains non-computable truths no algorithm can fully capture—making perfect simulation logically impossible. Other 2025–26 papers explored gravity as potential “evidence” for simulation (e.g., reducing information entropy) or redefined what one universe simulating another even means mathematically. Critics still call it unfalsifiable—no test can prove we’re not in a perfect sim.
Still, the hypothesis thrives because it fills a gap: traditional explanations falter, so why not advanced code?
Musk and Bostrom show how elite minds, facing Darwinian limits, turn to programmed reality as a naturalistic escape—conceding intelligence while dodging the divine.
Multiverses
The multiverse hypothesis proposes that our universe is just one of countless others—perhaps an infinite number—each with its own physical laws, constants, and conditions.
Some versions imagine bubble universes popping out of an eternally inflating space; others suggest parallel realities branching from every quantum event; still others come from string theory’s “landscape” of 10^500 possible configurations.
In this picture, our universe looks perfectly tuned for life because we happen to live in one of the rare versions where the constants allow stars, planets, chemistry, and biology to exist. Change gravity or the strength of the strong nuclear force by even a tiny fraction, and life becomes impossible. The multiverse answers: “Of course it looks fine-tuned—there are infinite tries, and we’re in a winning one.”
This idea is far more ambitious and mathematically elaborate than the comic-book multiverses of Marvel’s Avengers movies, where characters hop between parallel Earths with different costumes or outcomes.
The scientific multiverse is rooted in serious physics: eternal inflation (a rapid expansion phase after the Big Bang), quantum mechanics’ many-worlds interpretation (every possible outcome of a measurement actually happens in a separate branch), and string theory’s vast array of possible vacuum states. Proponents like cosmologists Alan Guth, Andrei Linde, Leonard Susskind, and Max Tegmark argue that these frameworks naturally predict multiple universes. The anthropic principle—that we observe a life-friendly universe because only such universes can support observers—then explains why ours seems so special.
The appeal for those struggling with Darwinian limits is obvious. Abiogenesis looks impossibly improbable? The multiverse provides infinite chemical laboratories, so one eventually succeeds. Biological complexity too intricate for blind evolution? Somewhere in the ensemble, random variation hits the jackpot. Cosmic fine-tuning too precise to be chance?
The multiverse turns improbability into inevitability. It keeps everything within naturalistic boundaries—no designer, no God—just vast statistical sampling across realities we can never observe.
Darwinian escape hatch
Yet despite the sophisticated math, the multiverse remains firmly in the realm of speculation, and many physicists argue it should probably stay in science fiction. The biggest problem is unfalsifiability: no experiment can reach, measure, or even detect other universes. We’re stuck in our bubble, with no way to test whether the others exist. This violates a core principle of science—falsifiability. Critics like Sabine Hossenfelder and John Horgan have called it “post hoc rationalisation” or “pseudo-science dressed in equations.” It explains everything we already see but predicts nothing new or testable.
Another major issue is the “measure problem.” In an infinite multiverse, how do you assign probabilities? Without a clear way to count or weigh universes, claims about what’s “typical” become arbitrary. Recent work (2025–26) has sharpened this critique: some analyses show that fine-tuning evidence actually favours a single, specially tuned universe over a multiverse when probabilities are handled rigorously. Others point out that the mechanisms generating the multiverse themselves require fine-tuning, pushing the problem back a step.
In short, the multiverse is an elegant escape hatch for those who find unguided Darwinian processes insufficient to explain life’s origins and complexity. It multiplies realities to make chance look powerful. But without empirical tests, clear predictions, or a solution to its own logical puzzles, it remains more philosophical conjecture than established science—closer to the imaginative leaps of Avengers comic book multiverse-hopping than to the testable theories that built modern physics.
Conclusion
In one sense, multiverse and simulation theories don’t matter at all. They’re speculative detours—elegant thought experiments that multiply infinities or invoke futuristic programmers to explain the universe without solving anything fundamental. They remain untestable, unfalsifiable, and mired in logical pitfalls like infinite regress.
If you’re a layperson scrolling TED talks or podcasts, they might sound like highbrow sci-fi, intriguing but irrelevant to daily life. Yet their very existence, especially among the smartest secular minds who’ve long been steeped in Darwinian indoctrination, signals something profound. These ideas function as a canary in the coal mine of existence and meaning: a warning that the old materialist fortress is suffocating.
Consider the context. Western elite culture—scientists, philosophers, tech moguls—has spent generations under the Darwinian spell. Neo-Darwinism promised a clean, godless narrative: life from blind chance, complexity from random tinkering, no purpose needed. It was the intellectual hammer that shattered traditional faith, reducing existence to a cosmic accident. Admitting it was wrong outright? That’s not how paradigms shift. Elites can’t turn on a dime; the cultural balloon must deflate slowly. Enter multiverses and simulations: transitional buffers that let the air out gradually, acclimatising us to the reality that our world is profoundly complicated, exquisitely fine-tuned, and utterly incompatible with pure chance.
The proof is in their popularity. Why are physicists like Stephen Hawking (in his later works) or Leonard Susskind pushing multiverses? Why do tech visionaries like Elon Musk and philosophers like Nick Bostrom champion simulations? Because Darwinian thought is cracking under evidence it can’t handle: abiogenesis’s impossibilities, biological information’s astronomical odds, the Cambrian explosion’s abruptness, cosmic constants’ precision. Blind chance doesn’t just cast doubt—it makes its advocates look increasingly foolish. Creation’s attributes—its sheer engineering marvels, from DNA’s coded elegance to the universe’s razor-edge balance—are now beyond serious dispute. They scream intentionality, not accident.
That we’re hearing these theories at TED conferences, Joe Rogan podcasts, or mainstream media isn’t coincidence; it’s desperation. They concede the failure of unguided processes while clinging to atheism: intelligence is involved, but it’s posthuman coders or cosmic lotteries, not a transcendent Creator.
Ironically, these God-denying detours serve as necessary decompression chambers. They allow elites, trained to scoff at the divine, to grapple with design without immediate surrender. It softens the blow, normalising the idea that existence isn’t random chaos.
It may take a generation for God to re-emerge as the most logical answer to “Why am I here?”—a necessary, purposeful intelligence behind it all. But the shift is underway.
When you encounter multiverse hype or simulation speculation—explicitly secular theories that sidestep the Creator—don’t dismiss them. Rejoice. Their rise heralds the end of “respectable” thought that denies Him. The canary is gasping; the old mine is collapsing. And ironically, these very pivots hasten the dawn of a renewed worldview where faith and evidence align.
The end of the Darwinian monopoly is nearer than we imagine.
Saint Albert the Great, Pray for us.