Unintelligent Design - The DNA In A Developing Brain Gets Broken And Has To Be Repaired - Incompetent Design Or Evolution?

Neurons migrating through dense tissue in the developing brain (green) frequently undergo DNA damage (magenta).

DNA in neurons is damaged and repaired during brain cortex formation | News | Kyoto University iCeMS

Like my last post, this post illustrates how the human body, far from being the perfect design of the omnipotent, omniscient designer creationists would have us believe in, is the result of a utilitarian evolutionary process. Layers of complexity arise, not from divine brilliance, but from evolved solutions to problems created by suboptimal earlier solutions to other problems — which were themselves the result of imperfect evolution.

In the previous post we saw how DNA replication is sufficiently imperfect that it requires mechanisms to repair the resulting DNA damage. However, these repair processes are themselves potentially dangerous and need control systems to maintain a careful balance between too little and too much repair. When this control process fails, it can lead to cancers that mimic those caused by the BRCA1 and BRCA2 genes, which are associated with increased risk of breast and ovarian cancer.

In this post we see how newborn neurons in the developing brain need to squeeze through tight spaces in dense tissue, past other cells and between fibres, in order to reach their final positions and form neural circuits in the cerebral and cerebellar cortices. This process is such a physical struggle that the DNA in these neurons can suffer double-strand breaks and must be repaired quickly to ensure normal brain development. This is the finding of a research team from Kyoto University, the University of Tokyo, Osaka University, the National University of Singapore and the Tokyo Metropolitan Institute of Medical Science, led by Professor Mineko Kengaku who have just published their findings in Nature.

Mostly, this repair is quick and successful. However, the research team also found striking similarities between the development of mice in which the repair process failed and human genome-instability syndromes that affect the cerebellum.

Another important point is that this repair process appears to be much more successful in damaged neuronal DNA than in similar damage that can occur when some cancer cells migrate through narrow channels. The difference seems to lie in where the DNA breaks occur. In neurons, they tend to occur in regions of the genome that are not actively being transcribed, whereas in cancer cells the damage can involve essential genes. That suggests there is some biological bias in where these breaks occur in neurons, rather than the process being simply random mechanical shattering.

This raises the obvious question for creationists: why create a process that breaks DNA in developing brain cells, only to require another process to repair it, with the inherent risk that the repair process might be incomplete or imperfect? It also raises the possibility that the resulting small differences in the genomes of individual neurons could contribute to neuronal individuality and perhaps to some neurodevelopmental or neurodegenerative diseases.

The emerging picture, from this and from the rogue repair-control process that can mimic cancers caused by the BRCA genes, is not of a human body designed by an omniscient engineer. It is more like a William Heath Robinson contraption: improvised, overcomplicated, dependent on compensatory mechanisms, and always vulnerable to the failure of the very systems needed to keep it working.

Unintelligent Design - What Happens when A Badly 'Designed' Process Goes Rogue - Cancer - Malevolent Design Or Evolution?

Dr. Alexandra Nusawardhana, the lead author of the study and who earned her doctorate in biomedical sciences this year from Penn State College of Medicine, conducts research to understand genomic instability and cancer treatment response.

Credit: Jason Plotkin / Penn State. Creative Commons

DNA repair protein gene gone rogue may unlock new cancer treatments | Penn State University

A characteristic of evolved biological systems, and one that distinguishes them from systems designed from first principles, is that they are often unnecessarily complex, vulnerable to failure and dependent on layers of patchwork compensation. This is what we should expect from systems produced by utilitarian, suboptimal compromises built from whatever was available at the time.

With no plan, no foresight and no predetermined objective, natural selection can only favour whatever leaves more descendants in a particular environment. The result is not an ideal solution, but merely a workable one — one that is better than what preceded it, even if it remains a very long way from perfection. An intelligent designer, such as the one proposed by advocates of intelligent design, would be under no such historical constraints and could, in principle, rebuild a system from scratch to arrive at the optimal solution.

To illustrate this, this post and the next will look at two recent papers that incidentally demonstrate how many human health problems arise from these over-complex, error-prone systems — systems that would not exist if the human body were the pinnacle of created perfection that creationists imagine it to be. Unless, of course, the designer intended us to suffer when its systems failed.

The first concerns a paper published in February 2026 in Nature Communications by researchers at Penn State College of Medicine. It shows how one component of the DNA repair machinery — a system needed because DNA replication and maintenance are themselves vulnerable to error and damage — can itself go wrong and produce a pattern of genomic instability resembling that seen when the BRCA1 and BRCA2 tumour-suppressor pathway is defective.

The culprit is EXO1, a gene that encodes an exonuclease involved in DNA processing and repair. In normal cells, EXO1 helps trim and process damaged or mismatched DNA so that repair can proceed. But when EXO1 is overexpressed, as the researchers found in a significant proportion of several cancers, including about 20–30% of breast and ovarian cancers as well as melanoma, testicular, cervical and hepatobiliary cancers, too much of this normally useful protein becomes destructive. Instead of helping to preserve genome integrity, excessive EXO1 activity can degrade newly synthesised DNA during replication stress, expanding single-stranded DNA gaps and degrading reversed replication forks.

The result is a BRCA-like pattern of genomic instability even in cells whose BRCA pathway is still functional. In other words, the cell behaves in some important respects like a BRCA-mutant tumour cell, not because BRCA1 or BRCA2 is mutated, but because too much EXO1 has overwhelmed the normal protective system. This matters clinically because such tumours may respond to some of the same treatments used against BRCA-mutant cancers, including drugs that target DNA repair vulnerabilities.

So, we have a DNA replication and maintenance system that needs elaborate repair machinery because the genome is constantly vulnerable to damage; then we have the catastrophic consequences when that repair machinery itself goes rogue. Compare that with the simpler, more robust system we might expect from an intelligent designer endowed with foresight and unconstrained by evolutionary history. Complexity is not the hallmark of intelligent design that creationists claim it to be. In biology, it is very often the accumulated consequence of failure-prone, suboptimal compromises produced by evolutionary tinkering without a predetermined objective.

Refuting Creationism - Evolution of Cultivated Cotton - No Magic Required

Wild cotton, on left, has short, brown, and coarse fibers, while modern domesticated cotton has white, fine and abundant fibers. A new study led by Iowa State University scientists identified the northwestern Yucatan Peninsula in Mexico as the original source of domesticated cotton.

Photo: Corrinne Grover/Iowa State University.

Cotton’s roots trace to Yucatan Peninsula, where wild gene pool runs deepest - News Service

My last blog post looked at the evolution of the strawberry and how the evidence of multiple whole-genome duplications and speciation by hybridisation refutes several basic creationist, counter-evidential myths and articles of faith.

This post deals with the evolution and cultivation of the cotton plant, which again refutes the childish notion of divine creation, perfectly suited for use by the creator god's favourite creation, humankind, as well as the creationist article of faith that no new genetic information can arise without the direct intervention of a designer god, because this would supposedly violate the laws of thermodynamics.

As a recent paper in Proceedings of the National Academy of Sciences of the USA (PNAS), by a team of researchers including Professor Jonathan Wendel of Iowa State University, has shown, modern upland cotton, Gossypium hirsutum, is the result of thousands of years of human selection acting on naturally occurring genetic variation. The team traced its domestication to the Yucatán Peninsula in Mexico, probably to the north-western Yucatán, where wild populations still retain the deepest gene pool. Cotton was first domesticated there about 5,000 years ago, which, if creationist chronology were taken seriously, places it before the supposed genocidal global flood, which it appears to have survived along with the people who cultivated it.

The researchers found that domestication transformed a wild, perennial shrub with small bolls and short, coarse, brown fibres into the modern crop with abundant, long, fine, white fibres. This was not the result of a single act of magical design, nor of a sudden, miraculous improvement, but of long-term selection acting on many mutations of relatively small effect, accumulated and filtered over many generations.

The team also showed that, while human selection produced fibres more useful to people, it did so at a cost. Useful traits present in wild populations, such as disease resistance and salt tolerance, were left behind as farmers selected repeatedly from a restricted subset of the original wild gene pool. Each generation of selection narrowed the genetic base still further, pushing cultivated cotton through a genetic bottleneck.

The researchers reached these conclusions by comparing the genomes of cultivated cotton with those of specimens collected from wild populations across the plant's native range. Their analyses showed that domesticated cotton is most closely related to wild cotton from north-western Yucatán, where two random wild plants still show, on average, about twice as much genetic difference as two random modern cultivars.

After cultivated upland cotton spread out of the Yucatán, it eventually became the dominant cotton crop worldwide, displacing or overshadowing other cotton species that had been independently domesticated in South America, Africa and India. Today, Gossypium hirsutum, or upland cotton, accounts for about 90% of the world's cotton crop.

Refuting Creationism - How The Strawberry Evolved - No Magic Needed

Wild starwberry, Fragaria vesca

By Jörg Hempel, CC BY-SA 3.0 de, Link

A genomic time machine traces how the modern strawberry came to be | EurekAlert!

Doubtless God could have made a better berry, but doubtless God never did

Dr. William Butler, Physician - (1535–29 January 1618)
Talking of the strawberry.

This and my next blog post deal with essentially the same refutations of creationist mythology and pseudo-science. The mythology is the Bible’s unambiguous claim that a creator god made everything for its favourite creation, humankind; the pseudo-science is the creationist claim that no new genetic information can arise without the direct intervention of that creator god, because, so they tell us, new genetic information can only be produced by magic, otherwise it would violate the laws of thermodynamics [sic]. Both claims are demonstrable nonsense, of course.

The first example concerns a fruit now ripening in UK gardens and fields — the strawberry. If strawberries had been specially created for humans, we might expect them to have arrived fully formed, already perfect for our tastes and purposes. Instead, like other cultivated crops, they bear the marks of a long evolutionary history followed by recent human selection, breeding and improvement.

A May 2025 paper published in the journal Horticulture Research by researchers from the U.S. Department of Agriculture and collaborating institutions, describes a new way to reconstruct the deep evolutionary history of the cultivated strawberry, Fragaria × ananassa. Their work helps explain how the modern strawberry acquired its complex octoploid genome — not by magic, but by ordinary, natural processes of genome duplication, hybridisation and subsequent evolutionary divergence.

Cultivated strawberries, like many crop plants, are polyploids. Humans are normally diploid, with two sets of chromosomes; cultivated strawberries are octoploid, with eight sets. In the notation used by geneticists, humans are 2n, while the cultivated strawberry is 2n = 8x = 56. This genomic complexity is the outcome of a series of ancient whole-genome duplication and hybridisation events in which entire chromosome sets from different ancestral lineages were brought together in one organism.

Whole-genome duplication does not require supernatural intervention. It is a well-known natural process, especially common in plant evolution. Initially, it duplicates existing genetic material, but those extra gene copies then provide raw material for mutation, altered regulation, divergence, subfunctionalisation and neofunctionalisation. In other words, duplicated genes can be retained, modified, silenced, repurposed or combined in new ways. Hybridisation adds another layer of novelty by bringing together different genomes, producing new combinations of genes and regulatory networks in a single evolutionary lineage.

The research team disentangled the strawberry’s complex polyploid genome by exploiting the evolutionary signatures left by long terminal repeat retrotransposons, or LTR-RTs. These mobile genetic elements accumulate in genomes over time and can act rather like molecular time stamps. By comparing patterns of similarity between these elements across chromosomes, the researchers were able to reconstruct the strawberry’s subgenome architecture and infer the timing of major genome-merging events.

Using this serial similarity matrix method, the researchers found evidence for three successive allopolyploidisation events in the evolutionary history of the cultivated strawberry genome: first between about 3.1 and 4.2 million years ago, then between about 1.9 and 3.1 million years ago, and finally between about 0.8 and 1.9 million years ago. The result is a genome composed of multiple subgenomes with different ancestry, interacting and evolving together over time.

What is perfectly clear from this research is that new genetic variation and genomic complexity can arise through entirely natural mechanisms. Polyploidy, hybridisation, mutation, transposable elements and selection are not gaps in biology into which a magic creator needs to be inserted; they are part of the normal machinery of evolution. The cultivated strawberry is not evidence of special creation, but of a long, traceable evolutionary history later shaped by human cultivation.

Creationism Refuted - Why Science Works While Religions Ignore Failures

Credit: Tobias Baur / Pexels

Credit: Tobias Baur / Pexels

Dark diversity helped solve Darwin’s 160-year-old puzzle | University of Tartu

A paper recently published in Proceedings of the National Academy of Sciences of the USA (PNAS) by an international team that included researchers from the University of Tartu, Estonia, offers a solution to a conundrum in evolutionary ecology first identified by Charles Darwin more than 160 years ago: Darwin’s naturalisation conundrum.

The problem concerns why some introduced species successfully establish themselves in a new environment while others fail. Darwin recognised two apparently contradictory possibilities, both of which make sense in evolutionary terms. On the one hand, a newcomer closely related to local species might succeed because its relatives show that the environment is suitable for that general way of life. In other words, similarity to the local community could be a sign of pre-adaptation. On the other hand, a newcomer might be more successful if it is unlike the resident species, because it avoids direct competition and exploits resources the local community is not already using.

So which is it? Should a successful immigrant species resemble the local species, or should it be different from them? That is Darwin’s naturalisation conundrum.

These are the sorts of paradoxes science thrives on because they expose a gap in understanding and invite investigation. They are not waved aside as mysteries, nor protected from scrutiny by declaring them ineffable. They are problems to be solved by evidence.

That is in stark contrast to religion, where glaring contradictions are often preserved rather than resolved. Christianity, for example, asks its followers to believe simultaneously in an omniscient god and in human free will. Yet the contradiction can be exposed with a simple question: if God has always known that you will eat fish for dinner tomorrow, can you choose steak instead? If yes, then God did not know after all; if no, then you were never free to choose. Either answer undermines a central plank of Christian theology, because without free will there can be no meaningful original sin, no need for salvation, and no coherent reason for the Jesus story.

Another awkward question is why an omniscient god supposedly waited until about 2,000 years ago to arrange the sacrifice of Jesus as the mechanism for saving humanity. If this god had always known that a blood sacrifice would be needed, why wait through countless generations of human suffering before arranging it? Why not solve the alleged problem at the beginning? Did God simply stand by while millions died without that supposed salvation, or did it merely take until the first or second century CE for priests to invent a theological explanation for the Jesus story?

And so the list goes on. Can an omnipotent god create an object too heavy for it to lift? Can God lie? If God claims to be omniscient, how can it know that there is nothing it does not know? And if it is aware of not knowing something, then it is not omniscient. Such questions are usually met not with answers but with evasion, because religions have no neutral referee. They have only opinion, assertion and authority.

Science is different because evidence can arbitrate between competing explanations. This is why science tends to converge on a single answer while religions fragment into sects, denominations and, sometimes, mutually hostile factions.

In the case of Darwin’s naturalisation conundrum, the team, including Wen-gang Zhang and Professor of Botany Meelis Pärtel of the University of Tartu, examined the evidence in the form of a remarkable 340-year dataset from Swedish lakes, recording both successful and unsuccessful fish introductions. This allowed the researchers to test, with unusual precision, what determines whether an introduced species establishes itself.

Malevolent Design - We Have The Ability To Regenerate An Amputated Limb - But It's Turned Off And Hidden

A conceptual graphic shows how growth factors BMP2 and FGF2 are applied to the injury site to stimulate tissue regeneration, highlighting new research into restoring damaged digits.

Credit: Melissa Bristow/Texas A&M University College of Veterinary Medicine and Biomedical Sciences

A–C Representative longitudinal sections and μCT images (insets) of control and FGF2 treated digits 21 days post treatment (DPT). A Control BSA treated digits do not display a regenerative response and are truncated. B The majority of FGF2 treated digits are truncated without displaying a regenerative response. C A minority of FGF2 treated digits produce an ectopic skeletal element distal to the amputation that articulates with the stump bone.

Yu, L., Yan, M., Scaturro, K.Z. et al. (2026).

What if humans could regrow tissue? Texas A&M study moves science closer – Texas A&M Stories.

Although the Discovery Institute and its Fellows who advocate for Intelligent Design are usually careful not to identify their putative “intelligent designer” explicitly with the God of the Christian Bible, the dog-whistle signals they use leave their target audience in little doubt. The designer is understood to be the Christian god, merely relabelled for legal and tactical convenience. That being so, and if that god were actively interfering in the design and evolution of living systems — with humans as the supposed pinnacle of creation and occupying a special place in it — we might reasonably expect humans to have been given the best design available.

Instead, nature looks exactly as an unplanned evolutionary process would lead us to expect: a patchwork of compromises, contingencies and inherited limitations. As I describe in my book, The Malevolent Designer: Why Nature's God is not Good, humans are remarkable in some respects, particularly in our relatively large brains and consequent cognitive abilities, but in most other respects we are not especially impressive. We are not the strongest animals, nor the fastest. Birds of prey have far better eyesight; barn owls and dogs have far better hearing in relevant ranges; dogs have a vastly superior sense of smell; elephants and some other long-lived animals have evolved impressive cancer-resistance mechanisms; and the immune systems of many bats are tuned in ways that make our own look distinctly ordinary.

But perhaps the most striking contrast is in the ability of some animals to regenerate lost or damaged body parts. Several species can regenerate structures that humans simply cannot replace. Salamanders can regrow limbs; fish can replace fins and repair tissues that would leave mammals permanently damaged; and some invertebrates can regenerate astonishing portions of the body. Yet, noticeably, all the prayers, incantations and appeals to divine mercy have never once been shown to regrow an amputated human limb, replace a lost eye, repair a severed spinal cord, or restore dead heart muscle after an infarction. Nor do we see cancerous sections of colon removed by surgery obligingly regrowing as healthy tissue in answer to prayer. These are not impossible biological feats in principle; they are just things our lineage cannot normally do.

Now researchers from Texas A&M College of Veterinary Medicine and Biomedical Sciences (VMBS) have found something that should be even more disturbing for Intelligent Design creationists. In a paper recently published in Nature Communications, they report that non-regenerating mouse digit wounds can be induced to move part-way towards regeneration. In other words, the relevant mammalian cells may not be entirely incapable of regeneration; their capacity appears to be suppressed or obscured by the normal wound-healing response. Creationists who reject the evolutionary explanation now need to explain why an intelligent, omnibenevolent designer would leave mammals, including humans, with a latent capacity for regeneration, while allowing that capacity to be overridden by scarring.

The researchers’ explanation makes perfect sense as the outcome of a utilitarian, unplanned evolutionary process. In mammals, rapid wound closure by scar-forming fibroblasts can be life-saving. A quick patch reduces blood loss, closes a route for infection and gives the injured animal a better chance of surviving long enough to reproduce. Regeneration, by contrast, is slower and more complex. Evolution has no foresight and no obligation to produce perfection; it merely preserves what works well enough under the circumstances. The injury is patched up with a near-enough-is-good-enough solution, and the animal lives to pass on its genes.

That, of course, should not have been beyond the wit of an intelligent designer to improve upon. A competent designer could have given us both abilities: rapid wound closure to prevent fatal bleeding and infection, followed by orderly regeneration of the missing structures. Instead, we have the familiar evolutionary compromise: survival first, elegance later — and often not at all.

The problem centres on fibroblast cells, which can follow different developmental routes. In ordinary mammalian wound-healing, they rapidly close the wound and form scar tissue. In strongly regenerative animals, similar cells can organise into a blastema — a temporary structure that seals the wound while also providing the cellular basis for rebuilding missing tissues. The Texas A&M team showed that, after the wound had first closed, applying fibroblast growth factor 2 (FGF2), followed later by bone morphogenetic protein 2 (BMP2), could redirect the response. The result was imperfect regeneration, but it included bone, tendon, ligament and joint-like structures.

The conclusion is not that humans are about to start regrowing limbs, nor that a mouse digit is the same as a human arm or leg. It is more interesting than that. The potential for regeneration in mammals may not have vanished completely. It may still be there, hidden beneath the faster, rougher, scar-forming response that natural selection has favoured. For creationists, that raises the awkward question of why their supposed designer would equip other animals with regenerative abilities, leave traces of the same capacity in mammals, and then arrange matters so that, when humans most need it, the system normally fails.

How We Know The Bible Was Made Up By Ignorant People - Just Look At The Facts

Potm2605a (NGC 4501)

ESA/Hubble & NASA, D. Thilker and the MAUVE-HST Team

And God said, Let there be a firmament in the midst of the waters, and let it divide the waters from the waters. And God made the firmament, and divided the waters which were under the firmament from the waters which were above the firmament: and it was so. And God called the firmament Heaven. And the evening and the morning were the second day. And God said, Let the waters under the heaven be gathered together unto one place, and let the dry land appear: and it was so. And God called the dry land Earth; and the gathering together of the waters called he Seas: and God saw that it was good.(Gen 1: 6-10)

And God made two great lights; the greater light to rule the day, and the lesser light to rule the night: he made the stars also. And God set them in the firmament of the heaven to give light upon the earth. (Gen 1: 16-17)

Journey to the centre of a galaxy cluster | ESA/Hubble

This analogy needs careful handling because creationists are adept at ignoring the point of an argument and attacking a caricature of it instead. So, to be clear from the outset, this is not a claim about what the Bible says. It is a simple thought experiment about how we test claims against reality.

Suppose someone wrote a book in which he claimed to give an accurate description of the Bible. In it, he said the Bible consisted of only four books, two in the Old Testament and two in the New Testament; that it had only 120 pages; and that the entire story was about Adam and Eve and their sons, Noah and Moses.

How would we test those claims?

The answer is hardly complicated. We would get a Bible and compare the claims with the book itself. In other words, we would test the description against the reality it claimed to describe. And once we had done so, only two serious conclusions would be available: either the author was deliberately lying in order to deceive his readers, or he was so ignorant of the facts that he simply invented them. What we could not sensibly conclude is that the Bible was wrong for failing to match his description of it.

That, in its simplest form, is how science works. A claim is tested against reality. We begin with the assumption — the null hypothesis — that there is no meaningful difference between the claim and the facts. We then look. If the evidence shows a real difference between the claim and the observable facts, the claim has failed the test. It is not reality that must be adjusted to rescue the claim; it is the claim that must be rejected or revised.

This may sound like a “Janet and John” explanation of basic science, but it is remarkable how consistently creationists get even this wrong. They have a book which, when read literally, makes claims about the age, origin and structure of the universe. With modern science, it is a straightforward matter to compare those claims with the real universe. When we do that, we find that the description and the reality are not merely different, but radically, irreconcilably different.

Yet instead of concluding that the ancient description is wrong, creationists conclude that the evidence must be wrong. The facts are not judged against reality; reality is judged against the prior demand that the Bible must be right. This is not science. It is wishful thinking dressed up as certainty.

In effect, creationists believe their beliefs trump the evidence.

So what claims does the Bible make about the age and structure of the universe, and how do those claims compare with observable reality?

To be fair, the Bible gives no explicit numerical age for the universe. The familiar young-Earth figure of about 6,000 years comes from calculations based on biblical genealogies, most famously by the 17th-century Archbishop James Ussher, who placed creation in 4004 BCE. Modern young-Earth creationists often stretch this to somewhere between 6,000 and 10,000 years, not because evidence requires it, but because the older figure is now too obviously absurd to defend with a straight face.

The Bible is more explicit, however, about the structure of the universe as understood by its ancient authors. It describes a world in which the Earth lies beneath a firmament, or dome, which separates the waters below from the waters above. The sun, moon and stars are described as lights set in this firmament to illuminate the Earth. Elsewhere, the stars are treated not as distant suns and galaxies, but as objects that can fall from heaven and be trampled underfoot. This is the cosmology of a small, human-centred world, not the universe revealed by astronomy. (Genesis 1:6-10; Genesis 1:16-17; Daniel 8:10)

So how does that ancient description compare with what we find when we actually look? Take, for example, this tiny fragment of the sky visible to the Hubble Space Telescope:

Creationism Refuted - Scientists Explain How To Make A Universe - No Magic Required

An expanding mini universe could counterbalance the collapsing matter of a star, thereby creating a stable gravastar.

Credit: Daniel Jampolski and Luciano Rezzolla,
Goethe University Frankfurt

Big Bang inside a star: How a gravastar forms | EurekAlert!

Creationists like to think they have dealt a death-blow to cosmology with the childish question, "How can a universe come from nothing?" Usually, this is not so much an argument as an admission that they have mistaken a failure of their own imagination for a law of physics. They begin with the assumption that "nothing" must mean a sort of empty box waiting for a god to put something in it, then demand that science should explain the box, the waiting, and the god.

But modern physics has a habit of being far more imaginative, and far less parochial, than Bronze Age mythology.

A paper recently published in Physical Review D, by theoretical physicists Daniel Jampolski and Professor Luciano Rezzolla of Goethe University Frankfurt, explores one of those ideas that sounds, at first hearing, almost like science fiction: a collapsing star might not inevitably form a conventional black hole. Under the right conditions, the collapse could instead generate what is called a gravastar — a gravitational vacuum star — containing an expanding region of dark-energy-like spacetime, rather like a tiny universe forming inside the dying star.

This does not mean, of course, that physicists have proved that our universe began inside a star, still less that they have solved every problem in cosmology. Nor does it mean that "nothing" in physics is the same as the philosopher's or theologian's absolute nothing. What it does show, however, is that serious scientists can construct mathematical models in which expanding spacetime can arise naturally from the equations of general relativity, without once needing to insert a magic being, a supernatural command, or a cosmic conjuring trick.

That is the part creationists habitually miss. Science is not claiming that universes pop into existence by magic. It is doing what science always does: examining what the known laws imply under extreme conditions, identifying where those laws may need refinement, and testing whether natural processes can account for phenomena that once seemed impossible. In this case, the model suggests that when matter collapses to almost the point of becoming a black hole, a rapidly expanding de Sitter region could form inside it and counterbalance the collapse.

So, far from helping creationism, this work illustrates precisely why the creationist argument from incredulity is so feeble. "I don't understand how it could happen naturally" is not evidence for a god. It is merely the opening sentence of a scientific investigation.

Glossary^ Some Terms Used In This Research. Big Bang: The name given to the early hot, dense, rapidly expanding phase of our universe. It was not an explosion into pre-existing empty space, but the expansion of space itself from an extremely compressed state.

Black hole: An extremely compact object whose gravity is so strong that, within a certain boundary, not even light can escape. Black holes are a natural prediction of Einstein’s general relativity, although their innermost structure remains one of the deepest problems in physics.

Event horizon: The boundary around a black hole beyond which anything that enters cannot return or send information back to the outside universe. It is not a physical surface, but a point of no return in spacetime.

Singularity: In the simplest black-hole models, the point where matter is crushed to infinite density and spacetime curvature becomes infinite. Physicists generally regard this as a sign that the theory has reached its limit, not as a comfortably understood physical object.

Spacetime: The four-dimensional fabric made of three dimensions of space and one of time. In general relativity, gravity is not treated as an invisible force pulling objects together, but as the curvature of spacetime caused by mass and energy.

General relativity: Einstein’s theory of gravity, in which matter and energy tell spacetime how to curve, and curved spacetime tells matter how to move. It successfully explains many phenomena, including gravitational lensing, black holes, and the expansion of the universe.

Einstein field equations: The mathematical core of general relativity. These equations relate the distribution of matter and energy to the shape and behaviour of spacetime. In this research, the authors explore a new solution to these equations under extreme conditions.

Gravitational collapse: The inward collapse of a massive object under its own gravity. In stars, this can happen when the outward pressure from nuclear fusion can no longer resist gravity.

Nuclear fusion: The process that powers normal stars. Light atomic nuclei fuse into heavier nuclei, releasing energy. That energy helps provide the outward pressure that prevents a star from collapsing while it has fuel available.

Radiation pressure: The outward pressure produced by light and other radiation inside a star. In a stable star, this pressure helps balance the inward pull of gravity.

Ultra-compact star: An object packed into an extremely small volume, with intense gravity. Neutron stars are real examples; gravastars are proposed exotic examples.

Gravastar: Short for “gravitational vacuum star”. It is a proposed alternative to a black hole: an extremely compact object that could look much like a black hole from the outside, but without an event horizon or singularity. In the model discussed here, it contains a dark-energy-like interior.

Horizonless black-hole mimicker: A hypothetical object that would resemble a black hole in many observational ways, but would not have an event horizon. A gravastar is one such proposed object.

Dark energy: The name given to whatever is causing the expansion of our universe to accelerate. In simple terms, it behaves like a form of energy associated with empty space and can produce a repulsive, outward effect on cosmic scales.

Vacuum energy: Energy associated with space itself rather than with ordinary matter. In cosmology, vacuum-like energy can act rather like dark energy, driving expansion instead of collapse.

De Sitter spacetime: A mathematical model of spacetime dominated by vacuum energy or dark-energy-like behaviour. In the gravastar model, a tiny de Sitter region forms inside the collapsing matter and expands outward.

Nucleation: The beginning of a new region or phase from an initially tiny seed. Here it refers to the formation of a de Sitter region at the centre of the collapsing star.

Schwarzschild radius: The radius within which a given mass would become a black hole if compressed sufficiently. For a non-rotating black hole, this radius marks the event horizon.

Oppenheimer-Snyder collapse: A classic simplified model of a collapsing star, first studied in 1939. It treats the collapsing matter as a uniform sphere of pressureless “dust”, making the mathematics easier to handle.

Dust sphere: In this context, “dust” does not mean household dust. It means idealised matter with density but no pressure. Physicists use such simplified models to explore the consequences of gravity in a manageable way.

Compactness: A measure of how much mass is packed into a given radius. The more compact an object is, the stronger its gravitational field becomes. In this model, there is a limit beyond which collapse to a black hole becomes unavoidable.

Equilibrium: A balanced state. In the proposed gravastar model, the inward pull of the collapsing matter is balanced by the outward expansion of the dark-energy-like interior.

Computational simulation/model: A mathematical or computer-based exploration of what the equations predict under specified conditions. It is not the same as a direct observation, but it can show whether a proposed physical process is mathematically possible.

Fine-tuned conditions: Conditions that must fall within a narrow range for a particular outcome to occur. This does not mean supernatural “fine-tuning”; it means the model works only under specific physical assumptions.

New physics: A phrase physicists use when known theories may need extending or replacing under extreme conditions. It does not mean magic; it means there may be natural processes that current theories do not yet fully describe.

“Nothing” in physics: Not necessarily the absolute philosophical “nothing” beloved of creationist apologetics. In physics, even apparently empty space can have structure, fields, energy, and laws. Confusing these meanings is one of the common tricks in creationist arguments about the origin of the universe.

The Paper in Physical Review D was accompanied by a news release from Goethe University via EurekAlert!:

Refuting Creationism - How Modern Humans Benefitted from Meeting Denisovans

AI-generated Image (Chat GPT 5.5 Thinking)

Image provided by Tucci Lab

Genomes from Oceania offer new clues to human evolution | Yale News

A paper recently published by a Yale University-led team in the journal Science shows how Denisovan genes in the people of Near Oceania have contributed especially to their immune systems, and so have continued to influence human evolution for tens of thousands of years.

Who would be a creationist? It must be galling to wait so eagerly for that great day when biologists finally announce the collapse of evolutionary theory and admit that a better explanation of the observable evidence is one involving unevidenced magic entities doing conjuring tricks with chemistry and physics. That would make biology the first science to abandon natural explanations, ignore Occam’s Razor, and adopt magic as a basic principle. Sadly for creationists, that long-promised day shows no sign of arriving, despite having been predicted any day now for more than half a century.

But then, what would creationism be without a dogged refusal to change its mind when the evidence demands it, and the childish belief that the evidence itself must be part of some vast conspiracy to test the strength of faith? That is not science; it is apologetics dressed up in a lab coat.

The problem, as always, is that reality refuses to conform. The universe continues to produce evidence contradicting creationism and confirming the complex evolution of humans over deep time: migration, isolation, adaptation, bottlenecks, and repeated remixing with genes from other archaic human lineages, themselves the products of long evolutionary histories.

The real-world evidence written into our genomes is that most non-African human populations carry remnants of Neanderthal DNA, while Denisovan ancestry is especially marked in Near Oceanians and in some Asian populations. There is also evidence that Neanderthals and Denisovans themselves met and interbred in central Asia. Human evolution was not a simple ladder, still less a single act of special creation, but a branching, merging, reticulated history of populations moving, separating, adapting and sometimes meeting again.

Some of these archaic genes appear to have mattered because they were useful. In particular, they are often associated with immune responses to pathogenic bacteria and viruses. This makes evolutionary sense: Denisovan-like populations had already adapted to environments outside Africa, including their local burden of pathogens. When the ancestors of present-day Near Oceanians inherited some of that genetic variation through introgression, beneficial variants could be retained by natural selection, even while many other archaic variants were gradually lost.

The Yale-led team filled an important gap in our understanding of human evolution by sequencing the genomes of 177 individuals from 12 distinct populations in different parts of Near Oceania — the southwestern Pacific region that includes Papua New Guinea, the Bismarck Archipelago, and the Solomon Islands — and analysing them alongside 1,284 previously published genomes from individuals worldwide.

They found evidence that the ancestors of Near Oceanian populations interbred with at least three distinct Denisovan-like groups. They also identified thousands of archaic variants that affect how genes are switched on or off, with a notable concentration in immune and antiviral pathways. In other words, Denisovan DNA is not merely a fossil remnant in the genome; in some populations, it is still helping to shape biology today.

Refuting Creationism - A Vast Global Fungal Plant-Support System - Unintelligently 'Designed' Over 480 Million Years [Updated]

Mycorrhizal fungi under the microscope at AMOLF biophysics institute in Amsterdam. The circular structures are spores. Color is altered for legibility.

Credit: Tomás Munita

New global research maps underground fungal infrastructure for the first time - Vrije Universiteit Amsterdam

An international team of researchers, led by ecologist Justin Stewart of Vrije Universiteit Amsterdam, has announced the creation of the first global map of the vast underground infrastructure formed by arbuscular mycorrhizal fungi. The team has published its findings in Science.

These are not fungi in the familiar sense of mushrooms, but microscopic, thread-like filaments, or hyphae, which form intimate partnerships with plant roots. The figures involved are astonishing. The researchers estimate that the upper layer of the world’s soils contains about 110 quadrillion kilometres of these fungal filaments — enough to stretch from Earth to the sun nearly three-quarters of a billion times, or there and back about 368 million times. The networks also transport roughly 4 billion tonnes of CO₂-equivalent into soils each year, about 11% of annual human-caused CO₂ emissions.

This is not a new evolutionary phenomenon. Arbuscular mycorrhizal fungi are part of an ancient plant-fungal symbiosis that appears to date back roughly 475–480 million years, close to the origin of the first land plants. That does not mean, of course, that the individual fungal filaments mapped today are hundreds of millions of years old, but that this type of mutualistic relationship has been evolving since the early colonisation of land by plants.

One sure way to tell that biological systems are not intelligently designed is not simply that they are complex, but that they are historically contingent. They carry the marks of accumulated compromises, improvised workarounds and layered dependencies. Evolution can only modify what already exists; it cannot scrap an imperfect arrangement and begin again with a clean sheet. Its only test is whether a change works well enough, in a particular environment, to leave more descendants than the alternatives.

None of these constraints would apply to an intelligent designer, still less to the omnipotent, omniscient, perfect designer imagined — though rarely named explicitly — by creationists trying to disguise fundamentalist creationism as science. A designed global life-support system would not be expected to emerge through countless local bargains between plants and fungi, mediated by nutrient stress, carbon demand, soil chemistry, competition, disturbance and natural selection.

So we can be as sure as it is possible to be that this vast, intricate and globally important biological infrastructure was not intelligently designed. It evolved because both partners gained from the exchange: plants provided carbon fixed by photosynthesis; fungi extended the reach of plant roots, supplying water and mineral nutrients, especially phosphorus and nitrogen. Over deep time, those local mutual advantages became part of the living fabric of terrestrial ecosystems.

The paper in Science is accompanied by a news release from Vrije Universiteit Amsterdam, which includes a link to an interactive map of this global fungal infrastructure.

Unintelligent Design - Evolution By Viral Infection

Pomacea canaliculata egg clusters above the water line.

Apple Snail, Pomacea canaliculata

By KENPEI, CC BY-SA 3.0, Link

Lingnan University joint research analyses genome of global agricultural pest ‘apple snail’: Ancient viral gene-driven evolution of ‘terrestrial oviposition’ ability - Press Release | Lingnan University

A paper recently published in the journal Advanced Science, by researchers including Assistant Professor Jack Chi-Ho Ip, from Lingnan University, Hong Kong, is deeply problematic for creationists, not only because it describes a process that took place over an immense period of time incompatible with the biblical narrative, but also because it deals with a mechanism for evolution that cannot be waved aside as mere "variation within a kind", or something creationists like to dismiss as "micro-evolution".

Creationists continue to insist that large-scale evolution does not happen, so everything must have been specially created more or less as it is, with only limited variation within the "kind" — a term always left conspicuously undefined, so the goalposts can be moved whenever the evidence becomes inconvenient. This is despite the well-attested mechanisms by which biodiversity arises, including classical Darwinian natural selection acting on inherited variation, and genetic drift, in which chance changes in allele frequencies can lead to a neutral mutation becoming fixed in, or eliminated from, a population gene pool.

There is also the founder effect, where a non-representative sample of a population becomes isolated from the parent population, usually by a physical or ecological barrier. The new population therefore begins with a different allele-frequency profile from the population from which it came. Then there is hybridisation, where hybrid offspring can, in some circumstances, become reproductively isolated from both parent species, forming a new genetically distinct population or species.

And lastly, we have horizontal gene transfer, where an organism acquires genetic material from another biological lineage in its environment. This is especially familiar in bacteria, but it also occurs in animals, often through viruses. Retroviruses are particularly important in this respect because they insert a DNA copy of their genome into that of their host. Over time, the viral sequence may be disabled by mutation, or the host may evolve a defence against it. Either way, the remnant of the virus can become part of the host genome, where it is free to mutate over time. Occasionally, such inherited viral DNA is exapted for a new function, creating useful new genetic information without the slightest need for supernatural assistance. One well-known example is syncytin, derived from ancient retroviral genes, now involved in the formation and function of the mammalian placenta.

Now researchers at Hong Kong's Lingnan University and their collaborators have shown that a viral-derived gene in apple snails is probably involved in their ability to lay eggs out of water — a key adaptation in the evolution of aerial egg-laying and one reason some apple snails have become such successful invasive pests. The gene, associated with the perivitelline fluid surrounding the developing embryo, was probably acquired by the ancestor of the Ampullariidae during the Jurassic. It would be interesting to see a creationist explain how acquiring a gene from an entirely unrelated viral lineage can be described as "variation within a kind". It would also be interesting to see them explain why an intelligent designer would need to borrow viral genetic material to equip a snail to lay eggs above the waterline.

Refuting Creationism - Evolving Millipedes Crawl All Over Creationism

Hirudicryptus canariensis

Photo by Rafael Garcia and Paul Marek, Virginia Tech

Hirudicryptus canariensis (left) Siphoniulus neotropicus (microscopic image at right) are the two rare millipedes whose DNA helped researchers complete the first evolutionary history of all living millipede orders.

Photos by Rafael Garcia and Paul Marek for Virginia Tech.

Ancient millipedes still had secrets to tell | EurekAlert!

A paper published today (12 June 2026) in Current Biology is almost guaranteed to upset any creationists with the courage to read it and the ability to understand it. Written by an international team led by Associate Professor Paul Marek and Dr Luisa F. Vasquez-Valverde of Virginia Tech, it reports the completion of the first evolutionary history of all living millipede orders, including two rare groups whose DNA had never previously been included in a phylogenetic analysis.

Millipedes were amongst the earliest animals to colonise the land, arriving long before vertebrates had made the transition from water to land. According to the researchers, they beat vertebrates onto land by more than 80 million years. As detritivores, they helped to establish early terrestrial ecosystems by breaking down decaying organic matter and recycling nutrients, gradually helping to create soils in which later plant communities could develop.

For more than a century, biologists have known that two rare groups of millipedes — Siphoniulida and Siphonocryptida — existed, but without fresh specimens it was impossible to analyse their DNA and confirm where they belonged in the millipede family tree. One of the groups includes species barely a centimetre long that spend their entire lives underground; the other is known from only a few locations.

Members of the team therefore travelled to Los Tuxtlas, Mexico, and the Spanish Canary Islands to collect Siphoniulus neotropicus and Hirudicryptus canariensis, the two millipedes whose DNA had not previously been included in an evolutionary analysis. By sequencing DNA from these groups, comparing hundreds of genes across 82 millipede species, and combining those results with evidence from 29 fossils, the researchers were able to determine where the groups fit into millipede history and when their lineages emerged.

The result was especially interesting because one of the supposed “orders”, Siphonocryptida, appears not to be a separate order after all, but part of an existing lineage. The other, Siphoniulida, could finally be placed among its closest relatives on the millipede evolutionary timeline. The analysis also pushed the likely origin of millipedes back to nearly 460 million years ago — roughly 35 million years earlier than the oldest known millipede fossils.

This is bad news for creationists for at least three reasons:

• It shows these arthropods had their origin hundreds of millions of years before their mythical “Creation Week”.
• It shows a long history of descent from a common origin, just as the Theory of Evolution predicts.
• It shows the researchers were entirely dependent on evolutionary theory to frame the question, predict relationships, interpret the DNA and fossil evidence, and explain the results — with no hint that they found evolution inadequate and no need to invoke magic, special creation, or the long-promised “collapse of Darwinism” that creationists have been assuring their followers is imminent, and has been for more than half a century.

Old Dead Gods - How Gods Only Exist In The Minds Of Their Believers

The Altar Stone at Stonehenge, partly covered by two fallen sarsens

The Alter Stone

Study details epic transportation of Stonehenge stone across ancient Britain | Curtin University

A paper published in June 2026 in Journal of Quaternary Science is a reminder that no one remembers the old dead gods, and no one mourns their passing, although they, like today’s god or gods, were real in the minds of their followers and provided their priesthoods and ruling elites with an excuse for wielding considerable unelected and unaccountable power. The paper reports on the likely origin and possible mode of transport of the so-called Altar Stone of Stonehenge — a feat which speaks of the political and social power needed to command, organise and supply a large cohort of labourers, and perhaps to exercise that power over a considerable part of the island of Great Britain.

I have written several times about the old dead gods, particularly those of Wiltshire, who inspired the building of such enduring monuments as Silbury Hill, Stonehenge and Durrington Walls. These immense civil engineering projects suggest a population large enough to support a substantial, non-productive labour force, and a ruling elite able to command and supply the workers. In turn, that suggests a unifying culture, almost certainly religious, which regarded these works as worthwhile, or even necessary, perhaps to placate or please a god or pantheon of gods and so ensure that the crops succeeded, the seasons returned in their proper order, and tomorrow was much like today, free from natural disasters, plagues and pestilence.

Of course, we do not now even know the names of these gods, let alone what their followers believed they did, but we can be fairly sure that their followers believed they needed them and worked hard to keep them ‘on side’. The extraordinary lengths to which people went, in moving stones, raising earthworks and reshaping the landscape, were probably acts of collective devotion, obligation and power, expressed in stone and soil. Given the evidence of ancient trackways converging on Salisbury Plain, the area was almost certainly one of widespread ceremonial and religious significance, perhaps known far beyond Wiltshire.

Ask those people what evidence they had for their god or gods, and they would almost certainly have given much the same ‘reasons’ as today’s theists: ‘Look at the trees!’, ‘The evidence is all around you’, ‘Who makes the sun rise?’, ‘Who sends diseases to punish us?’, and so on. The logic was the same; only the names of the gods have changed. And now even those names have gone.

One alternative explanation for the appearance of the Altar Stone at Stonehenge is that it was transported naturally by a glacier. However, analysis of its mineral grains, particularly its detrital zircon age signature, points to the Orcadian Basin of northeast Scotland as its most likely broad source region. The researchers reason that, although some Ice Age transport by glaciers may have been possible, especially towards the North Sea and Dogger Bank, there was no viable glacial pathway capable of carrying the stone all the way to Salisbury Plain. And even if a glacier had moved it as far as Dogger Bank, the timing creates another difficulty: by the time Stonehenge was constructed, Doggerland had already been inundated by rising post-glacial sea levels.

The researchers therefore conclude that, although glacial transport could have played some part in the stone’s earlier history, it cannot explain its final arrival at Stonehenge. Human transport remains the most likely explanation for that last, extraordinary stage of the journey. Perhaps the stone had some special cultural or religious significance, rather like the later Stone of Scone, which made it seem worth the considerable effort and manpower involved. Although the authors do not explore the motives of those who moved it, it is difficult to escape the suspicion that the motive was religious or ceremonial — the same kind of motive that later drove people to build cathedrals, mosques, monasteries and temples across Europe and western Asia.

Refuting Creationism - No Sex Please, We're Ediacaran

A lack of sex held back life’s diversity for millions of years | University of Cambridge

Try debating with a creationist on social media and before long you will be challenged to explain how sexual reproduction evolved, because there must have been a first male and a first female. A regular form of this, betraying the abysmal ignorance of the creationist, is the childish attempt at a "Gotcha!" with, "How long did the first man have to wait for the first woman to evolve?"

Like so many creationist preconceptions about what evolution is and what evolutionary biologists claim, this assumes that each species somehow evolves without ancestry, so everything about it must have arisen spontaneously in a single individual or, in this case, in a single couple. There is no awareness of inheritance from common ancestors, nor of the slow accumulation and honing of traits over time. Presumably, the questioner thinks adult men and women being magicked into existence without parents is a perfectly rational belief.

In reality, sexual reproduction did not begin with men and women. A form of sex almost certainly arose long before animals, among single-celled eukaryotes, and need not have involved anything recognisable as male and female. At its simplest, sex is the mixing of genetic material from different individuals. The interesting question, from the point of view of evolutionary biology, is not where the first man and first woman came from, but what advantage genetic mixing had over cloning or other asexual forms of reproduction, such that it became the predominant, although far from exclusive, method of reproduction among complex organisms.

Now two researchers from the Department of Zoology at the University of Cambridge, UK, believe they have part of the answer, and have just published their findings in Nature Ecology & Evolution. The paper, by Dr Emily G. Mitchell and Professor Andrea Manica, examines how reproductive mode affected competition, dispersal and diversity among Ediacaran animal communities. It is accompanied by a research news item from the University of Cambridge.

The Ediacaran Period, roughly 635-539 million years ago, saw some of the earliest known large animals. Many of them would look nothing like any modern animal: they were sessile, lacked mouths and obvious digestive systems, and probably absorbed nutrients directly from the surrounding seawater. In the relatively benign conditions of the Ediacaran oceans, with limited predation and reduced competition, there was less pressure for rapid diversification. As a result, these early animal communities appear to have changed only slowly for millions of years before the later burst of diversity that preceded and fed into the Cambrian radiation.

But, as they began to colonise the shallower seas and coastal regions, the Ediacaran biota would have encountered increasingly unstable conditions with tides, storms and fluctuating temperatures and nutrient levels, so there would have been competition and selection pressure to adapt to these more hostile conditions. And this is what we see in the fossil record as the Ediacaran biota produced a second wave of more diverse forms, leading eventually to the 'Cambrian Explosion'.

Previous work has shown that some of these Ediacaran organisms reproduced asexually by sending out stolons or runners, rather like strawberry plants do today. Their offspring were clones, physically connected to the parent colony and genetically very similar. That can work well in a stable environment, but it has a serious evolutionary limitation: it restricts the mixing of genes from different lineages. Beneficial mutations that arise in separate clonal lines cannot easily be combined in the same genome, so lineages compete with one another instead of pooling their evolutionary gains.

Sexual reproduction changes that. It does not create evolution by magic; it provides natural selection with more combinations on which to act. Beneficial alleles that arise in different lineages can be brought together in the same genome instead of being trapped in competing clonal lines. This is the Fisher-Muller advantage of recombination: sex can turn evolutionary change from a slow serial process into a more rapid parallel one.

How we Know The Bible Is Wrong - Evidence That wouldn't Be there if The Bible Myths Were True

Examples of different treatments and states of preservation of human remains at Vráble-Veľké Lehemby.

Furholt M, et al (2026).

Drone footage of the excavation site.

© Nils Müller-Scheeßel

Headless skeletons offer new insights into farming societies 7,000 years ago

A problem for biblical literalist creationists is that they are wedded to the absurd and demonstrably false notion that the Bible is a literal account of real history, including a catastrophic, genocidal flood just a few thousand years ago. Such a flood would have left a tell-tale, globally recognisable layer of flood sediment containing the jumbled remains of the animals and plants it had killed. It would also have destroyed, displaced or buried earlier human settlements beneath one unmistakable flood horizon.

This, of course, flies in the face of abundant evidence to the contrary. The predicted global layer of flood silt is not there, and the archaeological record continues, uninterrupted, through the very period in which creationists need their flood to have occurred. Practically every archaeological find older than the various creationist dates for Noah's Flood — from the pyramids at Giza to the less spectacular but more numerous Neolithic and Bronze Age burial grounds, field systems, settlements, tools and artefacts that litter the African and Eurasian landscape — should not be where it is, least of all in the Middle East, the supposed epicentre of the alleged catastrophe.

And yet archaeologists are regularly digging up evidence of human activity that long predates the creationist timescale. A recent example is the grim, 7,000-year-old evidence of headless human bodies at Vráble-Veľké Lehemby in Slovakia, reported in Proceedings of the Prehistoric Society. The refutation of creationist mythology is, of course, entirely incidental. The archaeological question is what this extraordinary find tells us about an Early Neolithic farming society. The indications so far are that the heads were not removed by violent decapitation as a form of execution — which might have suggested a society in crisis or conflict — but were skilfully removed around the time of death. That points instead to some form of social, ritual or funerary practice, although the precise meaning of that practice remains uncertain.

The site at Vráble-Veľké Lehemby comprises more than 300 house outlines arranged in three neighbourhoods, with up to 80 buildings inhabited at the same time. The settlement existed for several centuries, approximately between 5250 and 4950 BCE. One neighbourhood was enclosed by a ditch, probably marking a boundary, and it was in or around this ditch, especially near the entrance to the settlement, that archaeologists found the remains of at least 78 individuals. Of these, 77 lacked heads, the single exception being a child whose skull was still present.

Refuting Creationism - Evolution of Hagfish By LOSS of Eye Complexity

Feeding hagfish

Credit: National Oceanic and Atmospheric Administration (NOAA),
Public domain, via Wikimedia Commons

Creationism Refuted - British Fallow Deer Have LOST Genetic Diversity - Over The Last 120,000 Years

Fallow deer, Dama dama

Photo credit: Jiří Nedorost.,
CC BY-SA 3.0, via Wikimedia Commons

Fallow deer

Photo credit: Memurubu, CC BY 4.0, via Wikimedia Commons

UP News - University of Potsdam

A paper just published in iScience should, if they were aware of it, at least cause an honest creationist to question some basic assumptions. It reports that modern European fallow deer, Dama dama, retain only a fraction of the genetic diversity present in their Ice Age ancestors. This finding is based on ancient DNA recovered from the fossilised remains of ten, approximately 120,000-year-old fallow deer from Neumark-Nord in Germany, analysed by researchers from the University of Potsdam, the MONREPOS Research Center and Museum in Neuwied, and Leiden University in the Netherlands.

Creationism continues to take a battering in the world of real science, where yet another paper quite incidentally refutes several of its basic dogmas. Creationists, who are notoriously reluctant to read serious science and would probably struggle to understand it if they did, will no doubt remain blissfully unaware of this constant refutation of their core superstitions.

To ensure that ignorance is maintained, creationist disinformation sites expend considerable effort in spreading distrust of serious science amongst their followers. What cult leader would want his followers reading anything that exposes his claims as bogus?

However, ignoring the facts does not make them go away, and the facts this paper reveals go to the heart of creationist mythology. Firstly, this evidence should not exist at all if the Bible creation myth were real history: a magical creation just 6,000-10,000 years ago, followed by a catastrophic global genocide, would leave no room for a 120,000-year-old population of fallow deer preserved in an Eemian lake environment. Secondly, it undermines the creationist parody of evolution that they so often attack: the false claim that evolution must always mean increasing complexity, and that any loss of genetic information is invariably fatal.

The reduced genetic diversity of modern fallow deer is a clear example of evolution involving a loss of genetic variation within a population. So far as individual deer are concerned, there need be no immediate reduction in fitness; the problem comes when a population has less capacity to respond to environmental change, disease, or other selective pressures, and may then be more vulnerable to extinction. Evolution, of course, has no plan. Unlike intelligent design, or even guided evolution, it cannot foresee future conditions and prepare a species for them. A species can be driven towards extinction by the simple operation of mindless natural processes.

Refuting Creation - With Goethe's 40-Million-Year-Old Ant

Amber piece 1552.b showing bioinclusions. Arrow in a (top): inclusion of †Ctenobethylus goepperti; arrow in b (bottom): inclusion of the Sciaridae. Scale bar 5 mm.

Boudinot, B.E., Bock, B.L., Tröger, D. et al. (2026)

Exceptionally Well-Preserved Ant in Goethe’s Amber | Uni Jena

Some years ago, while staying for a few days in Berlin in a hotel just off Goethestraße, I made the mistake of telling a taxi driver that our hotel was just off “Go-eth Straße”. It took several minutes and a map to sort out the confusion.

“Nein! Goethe-Straße!” he laughed. Only then did I realise that “Go-eth” and “Goethe” were not two different German philosophers.

“Ach ja! Danke! Goethe! Ich bin ein Engländer!” I explained, in my best German.

“Ja! Is better we speak English,” he replied.

Goethestraße — Goethe Street — is, of course, named after Johann Wolfgang von Goethe (28 August 1749 – 22 March 1832), the German writer, poet, novelist and playwright. He was also an administrator, scientist, geologist, botanist and philosopher. As a naturalist and collector, he left behind an extensive geological and mineralogical collection, including 40 pieces of Baltic amber, which have now been closely examined by biologists at Friedrich Schiller University Jena — appropriately enough, since Goethe and the playwright Friedrich Schiller were friends.

What they found was the subject of a paper in Scientific Reports, published in January 2026. It is not good news for creationists, since it concerns an approximately 40-million-year-old ant, preserved in exquisite detail and now visible using modern imaging techniques such as synchrotron micro-computed tomography. In addition to the ant, the scientists also found a fungus gnat and a blackfly in Goethe’s amber.

It is unlikely that Goethe knew these creatures were preserved in his amber, since the pieces are unpolished and the contents are barely visible to the untrained eye. He certainly could not have known that the amber was tens of millions of years old. Had he known, we can only speculate how that knowledge might have affected his view of nature, time and human origins. His famous work, Faust, draws deeply on Christian motifs, including the story of a man who makes a pact with the Devil; but Goethe was also a serious observer of nature, living at a time when geology, palaeontology and evolutionary thinking were still in their infancy.

In the early nineteenth century, Europeans had not yet accumulated the overwhelming evidence that Earth is billions of years old and that life has changed profoundly over vast periods of time. Many educated people still interpreted history, nature and morality through a biblical framework, even when their own thinking was more subtle than simple literalism. Goethe, despite his scientific curiosity, lived before Darwin, before modern stratigraphy was fully established, and long before modern imaging could reveal the hidden contents of an opaque piece of amber.

Now, of course, we know better, because of the tremendous scientific progress made over the last two centuries.