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People Used to Drink Wine Made From Ground-Up Mummies. Now, Scientists Are Studying It

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Ferreira, B. (2026, October 31). People Used to Drink Wine Made From Ground-Up Mummies. Now, Scientists Are Studying It. 404 Media. https://www.404media.co/people-used-to-drink-wine-made-from-ground-up-mummies-now-scientists-are-studying-it/

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404 Media · collected 2026-10-31 · by Becky Ferreira

Quick Summary

Scientists have challenged the theory that comets delivered essential ingredients for life to Earth by running over 100,000 simulations showing that crucial prebiotic molecules would likely be destroyed during comet impacts. The study, led by Richard Anslow from the University of Cambridge, suggests that life's origins are more probable from earthly molecules rather than extraterrestrial delivery, aligning with a timeline more consistent with when Earth's first life forms appeared.
Written by AI on 2026-10-31, from this article's own text only (the story summary below draws on all the coverage).

AI analysis

Story summary

Scientists at the University of Cambridge are challenging a long-standing theory about how life began on Earth. Their research, published recently, disputes the idea that comets delivered essential ingredients for life during impacts billions of years ago. Using over 100,000 simulations, they found that most comet impacts would likely destroy rather than preserve key prebiotic molecules necessary for life.

Meanwhile, another study involves examining medieval wine made from ground-up mummies, a practice that was common in the past but is now under scientific scrutiny. Researchers are analyzing this concoction to understand its historical and chemical significance.

Written for “Mummy Wine Study” on 2026-10-31, grounded in this article and the 0 other(s) covering the same event.
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Story

📰 Mummy Wine Study
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Claims extracted
41
sentences that state something as happening or true
Uncertain
22%
9 of 41 hedged ("reportedly", "may", "according to")
Leaning
not political
takes no side on a contested political question
Publisher signals
95/100
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Science
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Who wrote this

Becky Ferreira
15 article(s) here · 1 carrying a prediction
🔮 By running more than 100,000 advanced simulations of comet impacts, the team found that key prebiotic molecules found in comets, such as hydrogen cyanide, would be smashed to smithereens during impacts with Earth’s ancient surface in most cases.
🔮 First, an ancient viral pandemic that afflicted many of our primate relatives—but somehow missed humans—may help explain how we got so smart (relatively speaking).
🔮 First, scientists have spotted a mysterious radio signal from the primordial universe that could illuminate cosmic evolution (it’s not aliens… sorry).
🔮 The results showed that Jonathan had many gene variants the team expected to see, based on studies of other long-lived individuals and populations.
🔮 Now, scientists suggest that animals may have appeared on Earth a whopping 800 million years ago, during the ancient Tonian era, according to a new estimate of the dawn of animals.
🔮 First, scientists make the case that Saturn’s moon Enceladus could resolve one of humanity’s greatest questions—are we alone in the universe?—if only we would just send a spacecraft there already.
🔮 The removal of the magnetic field’s effect extended the lifespan of the Pink1 group by 20 percent but reduced their mobility, whereas the healthy flies experienced just the opposite—reduced lifespan, but improved mobility. “We had an idea that there would be a difference just based on the fact that we know that every organism has developed under a magnetic field,” said Jacob Reed, a PhD student in bioscience at the University of Nottingham who co-led the study, in a call with 404 Media.
🔮 As always, for more of my work, check out my book First Contact: The Story of Our Obsession with Aliens, or subscribe to my personal newsletter the BeX Files. I’m so hungry I could eat my own moon Venus is a bizarro world with a year that is shorter than its day, a surface shaped by diabolical heat and pressure, and skies soaked in sulfuric acid.
🔮 The team speculate that the birds’ plumage might have been less efficient at insulating the birds compared to Neornithean feathers, dooming the former lineage to death.
🔮 The discovery of these ancient Gondwanan remains was “serendipitous,” said William Collins, a professor of geosciences at Curtin University and an author on the study, in a call with 404 Media.
Also by Becky Ferreira
Nothing else under this byline is closely related to this article, so these are simply their most recent.
All 15 articles by Becky Ferreira →

Topics

Earthlings The BeX Files the University of Cambridge

Subjects

the University of Cambridge ORG · 2× Carl Sagan PERSON · 1× Earthlings NORP · 1× Edouard Barrier PERSON · 1× Richard Anslow PERSON · 1× The BeX Files ORG · 1× The tip of an alien PERSON · 1×

Narrative

“The most probable timing of successful cometary impact is in the early Hadean…more than 100 [million years] earlier than the estimated emergence of the last universal common ancestor (LUCA) at 4.2 [billion years ago],” said researchers led by Richard Anslow of the University of Cambridge.
framing: mixed · carried by 1 article(s) · first seen 2026-10-31
🔮 By running more than 100,000 advanced simulations of comet impacts, the team found that key prebiotic molecules found in comets, such as hydrogen cyanide, would be smashed to smithereens during impacts with Earth’s ancient surface in most cases.

Claims (41 extracted, 9 hedged)

Here are the studies this week that smashed into Earth, put aliens on ice, drank mummy wine, and hugged it out. asserted
that → smash → it
First, a century-old theory that comets enriched Earth with the stuff of life is upended by new models of ancient impacts. asserted
comets → enrich → impacts
As always, for more of my work, check out my book First Contact: The Story of Our Obsession with Aliens, or subscribe to my personal newsletter The BeX Files. Did the seeds of life come from above or below? asserted
seeds → check → life
Carl Sagan eloquently said that we are all made of “star stuff,” but just how much of us is really comet vomit? asserted
much → say → us
This is a hotly debated question in science due to the popular theory that comets delivered essential ingredients for life to Earth during impacts more than four billion years ago, paving the way for the curious emergence of Earthlings. asserted
comets → debate → Earthlings
But scientists have thrown cold primordial water on this idea in a new study that challenges “the long-held assumption that cometary impacts played an important role in the origins of life on Earth.” asserted
impacts → throw → Earth
By running more than 100,000 advanced simulations of comet impacts, the team found that key prebiotic molecules found in comets, such as hydrogen cyanide, would be smashed to smithereens during impacts with Earth’s ancient surface in most cases. asserted
molecules → run → cases
Moreover, while Earth was pummeled by these snowballs during its youth—relatable!—this bombardment doesn’t neatly line up with the timeline of abiogenesis, the term of the origin of life. asserted
bombardment → pummel → life
For these reasons, it’s much more likely that life assembled from earthly molecules that leaked out from our planet’s interior, according to the study. uncertain
that → ’ → study
“The most probable timing of successful cometary impact is in the early Hadean…more than 100 [million years] earlier than the estimated emergence of the last universal common ancestor (LUCA) at 4.2 [billion years ago],” said researchers led by Richard Anslow of the University of Cambridge. asserted
researchers → estimate → Cambridge
“Taken together, the rapid decline in Earth’s cometary impact bombardment and the efficient destruction of fragile cometary organics indicate that the successful delivery of prebiotic feedstock molecules was an exceedingly rare event,” the team added. asserted
team → take → molecules
The researchers didn’t rule out the possibility altogether, but concluded that any impact that had a direct influence on abiogenesis would be an edge case. asserted
that → rule → abiogenesis
That said, comets might serve as prebiotic wellsprings on other planets, such as Mars, where key molecules might have faced better odds of survival upon impact due to the red planet's smaller mass and thin atmosphere. uncertain
molecules → say → mass
“Mars would have been the more favourable target for the cometary delivery of prebiotic feedstock molecules” which “strengthens the possibility that life could have emerged on Mars,” the study concluded. uncertain
study → strengthen → Mars
In other news… The tip of an alien iceberg While we’re on the topic of prebiotic feedstock molecules—a household conversation, no doubt—let’s speculate about their accumulation on weird exoplanets. asserted
’s → ’re → exoplanets
In a new study, scientists suggest that these molecules might build up in sea ice on a variety of extraterrestrial ocean worlds, providing a pathway to the emergence of aliens. uncertain
molecules → suggest → aliens
“Water worlds with potential deep oceans are at the forefront of currently observable exoplanetary habitability,” said researchers led by Edouard Barrier of the University of Cambridge. asserted
researchers → say → Cambridge
“Here we outline a location where nutrients could be concentrated in sufficiently high quantities to make abiogenesis possible—at the interface between the open ocean and the surface ice shelf. uncertain
abiogenesis → outline → ocean
The team studied the dynamics of sea ice on Earth, and modelled how similar features might form on a range of different exoplanets, including hypothetical “Hycean” planets. uncertain
features → study → planets
These are worlds more massive than Earth, but smaller than Neptune, making them part of the “sub-Neptune” class of exoplanets. asserted
them → make → exoplanets
The results revealed mechanisms that “may plausibly provide concentrated chemical feedstock for prebiotic chemistry” on many of these exoplanets, suggesting they could be a substrate for the emergence of alien life. uncertain
they → reveal → life
This “rich avenue of research…has the potential to significantly advance our understanding of aquaplanet habitability, and particularly to improve the prospects of abiogenesis on sub-Neptunes,” the team concluded. asserted
team → have → Neptunes
Taken together, these studies point to multiple onramps for life on worlds like Earth, Mars, exotic sub-Neptunes, and more, upping odds that life exists elsewhere in the universe—regardless of whether we ever find it. asserted
we → take → it
To celebrate Halloween, here’s a trick and a treat all wrapped up in one delightfully grotesque story about mummies. asserted
trick → celebrate → mummies
Roughly 700 years ago, someone had the interesting idea of grinding up parts of Egyptian mummies, mixing the residue with wine or other liquids, and prescribing it as a medicinal elixir for people to drink. asserted
people → have → elixir
This resulting product, known as Mumia vera aegyptiaca, circulated in Arabic and European markets for centuries, but its exact composition and pharmacology remain unclear. uncertain
composition → result → centuries
You know what that means: It’s time to do science on the medieval mummy cocktails. asserted
It → know → cocktails
Researchers analyzed historical Mumia vera products, mummified body parts, embalming residues, bandages, and two mummified skulls. asserted
Researchers → analyze → products
The team discovered a wide range of formulas for this medicine, including one powdered product that appears to have been derived from a mummified head. asserted
that → discover → head
The results demonstrate that “an apparently uninformative powdered material can be chemically linked to a specific mummified head,” said researchers co-led by Tim Berger and Amira Naimi of Marburg University. asserted
researchers → demonstrate → University
“This study shows that linking historical texts, material culture, molecular composition, and bioactivity, can open new routes for decoding historical medicines and reconstructing the material biographies of human remains and museum objects. asserted
linking → show → remains
So if you are really committed to the spirit of this season, break out some Mumia vera aegyptiaca to pair with your Halloween candy and witches’ brew. asserted
you → commit → candy
Hugging is an incredibly common form of affection among humans, and even some other animals, including Halloween favorites like vampire bats. asserted
Hugging → include → bats
But little is known about “how individual differences shape the remembrance of such experiences,” according to a new study. uncertain
differences → know → study
To fill this cuddly gap, scientists analyzed survey responses from 15,049 adult participants in the United Kingdom who were recruited in a public broadcasting campaign that included the BBC. asserted
that → fill → BBC
The volunteers reported that their most memorable hugs were “for comfort, support, and understanding” and there was a noticeable gender split, as men were more likely to remember hugs that were “arousing” than women. asserted
that → report → women
“Regarding hugs, men have shown different lateralisation and arm crossing patterns when hugging other men compared to women,” said researchers led by Anna Lena Dueren of the University of Bristol. asserted
researchers → regard → Bristol
“Furthermore, women were found to experience a stress buffering effect of hugs that was absent in men. asserted
that → find → men
And for anyone who considers themselves not a “hugger,” you are not alone. asserted
you → consider → anyone
Plenty of participants expressed that they found hugs difficult or unpleasant. asserted
hugs → express → participants
…and 1 more, not listed.
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