logo
Rare 4,000-year-old Egyptian handprint found

Rare 4,000-year-old Egyptian handprint found

Yahoo28-07-2025
A 4,000-year-old handprint has been found on an ancient Egyptian tomb offering by curators preparing for an exhibition.
The discovery was made by University of Cambridge researchers on a "soul house", a type of clay model in the shape of a building, typically found in burials.
Curator Helen Strudwick said the complete handprint, which dates to 2055 to 1650BC, was "a rare and exciting" find.
The ceramic will go on display as part of the university's Made in Ancient Egypt exhibition at the Fitzwilliam Museum opening on 3 October.
Ms Strudwick, senior egyptologist at the Fitzwilliam Museum, said: "We've spotted traces of fingerprints left in wet varnish or on a coffin in the decoration, but it is rare and exciting to find a complete handprint underneath this soul house.
"This was left by the maker who touched it before the clay dried.
"I have never seen such a complete handprint on an Egyptian object before."
The exhibition concentrates on the people who made the ancient Egyptian crafts.
While ceramics were widely used and vast amounts of pottery survive, there are relatively few details known about the potters themselves, in comparison to other ancient Egyptian craftsmen.
The ready availability and generally low value of pottery may have affected their status, according to the museum, which cited a text known as the Teaching of Khet, comparing potters to pigs who wallow in mud.
Soul houses may have acted as offering trays or provided a place for the soul of the deceased to live within the tomb.
They had an open front space where items of food were laid out, in this example loaves of bread, a lettuce and an ox's head.
Analysis of the item suggested the potter who made it first created a framework of wooden sticks and then coated it with clay to make a building with two storeys supported by pillars.
During firing the wooden framework burnt away, leaving empty spaces in their place.
The handprint found underneath was probably made when someone, perhaps the potter, moved the house out of the workshop to dry before firing in a kiln, according to the researchers.
The stories of Egyptian rulers, like Tutankhamun, have received a great deal of attention but the makers of the artefacts themselves are often overlooked.
Made in Ancient Egypt aims to show who these people were, how they thought of themselves and what other Egyptians thought of them.
Follow Cambridgeshire news on BBC Sounds, Facebook, Instagram and X.
More on this story
Ancient Egyptian history may be rewritten by DNA bone test
Researchers help uncover ancient Egyptian city
Scientists may have solved mystery behind Egypt's pyramids
Related internet links
Fitzwilliam Museum, University of Cambridge
Solve the daily Crossword
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Nature's Greatest Event Of The 21st Century Is Exactly Two Years Today
Nature's Greatest Event Of The 21st Century Is Exactly Two Years Today

Forbes

time3 days ago

  • Forbes

Nature's Greatest Event Of The 21st Century Is Exactly Two Years Today

Libyan youths watch the solar eclipse in the desert tourist camp in Galo, 1300 km south of the Libyan capital of Tripoli, 29 March 2006. (Credit: KHALED DESOUKI/AFP via Getty Images) AFP via Getty Images Where were you on April 8, 2024? If you were in North America and, more specifically, within the narrow path of totality — you would have experienced something sublime. Darkness in the day. The sun's corona appeared around the moon's silhouette. Entire communities gathered for an event that made politics and division seem silly. A total solar eclipse is an amazing event — occurring just once every 366 years, on average, on any one place on Earth. On Aug. 22, 2027, one of those places is Luxor in Egypt, ancient Thebes — the capital of Ancient Egypt and home to the Valley of the Kings, Karnak Temple, Luxor Temple and the Temple of Hatshepsut. Here's everything you need to know about the 2027 total solar eclipse as anticipation builds for the century's longest remaining totality. Forbes The Greatest Eclipse Of Your Life Is Coming Soon — Here's What To Know By Jamie Carter The track of this eclipse is 9,462 miles (15,227 kilometers) long, beginning in the North Atlantic Ocean and ending in the Indian Ocean via the Iberian Peninsular, North Africa and the Arabian Peninsular. On the way, it will cross southern Spain, northern Morocco, northern Algeria, northern Tunisia, the northern coast of Libya, Egypt, the northeast corner of Sudan, southwestern Saudi Arabia, Yemen, northeastern Somalia and the northern islands of the British Indian Ocean Territory. The path of totality is about 160 miles (275 kilometers) wide. Forbes See The Longest Total Solar Eclipse Left This Century — And It's Guaranteed A Clear Sky By Jamie Carter It all depends on where you watch from. Within any path of totality, it lasts longest on the centerline, but in addition, there's always a place of maximum eclipse at local midday. That's simply where the moon is closest to Earth (our planet is curved, remember!). On Aug. 2, 2027, that place is just to the southeast of Luxor, where an exceptionally long totality of six minutes and 23 seconds will take place — the longest remaining of the 21st century. Forbes The 'Eclipse Of The Century' Is 1,000 Days Away — What To Know And Where To Go By Jamie Carter In advance of most total solar eclipses, everyone wants to know where the best places are to watch. Usually, that means where the totality will last longest and where the weather will likely be clear. In 2027, that means Luxor for both. Clear weather is almost guaranteed, according to eclipse weather expert Jay Anderson, who writes: 'Some parts of the eclipse track — over Libya and western Egypt — have seen no August cloud on eclipse day whatsoever in the past 23 years.' However, given that huge crowds are certain in Luxor, there are other places to consider where the totality duration is a little shorter. Weather-wise, standouts include southern Spain, northern Morocco and anywhere in Egypt except for the coast. Cadiz, Spain: 2 minutes and 47 seconds of totality. Tangier, Morocco: 4 minutes and 48 seconds of totality. Oran, Algeria: 5 minutes and 6 seconds of totality. Kerkennah Islands, Tunisia: 5 minutes and 42 seconds of totality. Siwa Oasis, Egypt: 5 minutes 29 seconds of totality. Luxor, Egypt: 6 minutes 22 seconds of totality. Forbes Meet The Country About To Have Three Solar Eclipses In Three Years By Jamie Carter The Next Total Solar Eclipse The next total solar eclipse is on Aug. 12, 2026, when Greenland, Iceland, and Spain will witness a maximum 2-minute, 18-second totality. The next total solar eclipse in the contiguous U.S. will occur on Aug. 22, 2044, when Greenland, Canada's Northwest Territories, South Dakota and North Dakota will witness a maximum of 2 minutes and 4 seconds totality. Disclaimer: I am the editor of and the author of When Is The Next Eclipse? A traveler's guide to total solar eclipses 2026-2034 . Wishing you clear skies and wide eyes.

Nearby super-Earth K2-18 b may be a water-rich ocean planet: 'This has certainly increased the chances of habitability'
Nearby super-Earth K2-18 b may be a water-rich ocean planet: 'This has certainly increased the chances of habitability'

Yahoo

time3 days ago

  • Yahoo

Nearby super-Earth K2-18 b may be a water-rich ocean planet: 'This has certainly increased the chances of habitability'

When you buy through links on our articles, Future and its syndication partners may earn a commission. The saga surrounding Neptune-size "super-Earth" exoplanet K2-18 b just got a whole lot more interesting. For a quick recap, this is the world a team of scientists recently suggested could host life — to the dismay of other scientists in the community, who felt the announcement failed to include necessary caution. While signs of life on the world have failed to conclusively present themselves to the James Webb Space Telescope (JWST), the powerful space telescope has discovered that this planet is so rich in liquid water that it could be an ocean, or "Hycean" world. "This has certainly increased the chances of habitability on K2-18 b" Nikku Madhusudhan, the University of Cambridge scientist behind the original K2-18b discovery as well as the new study, told "This is a very important development and further increases the chance of a Hycean environment in K2-18 b. It confirms K2-18 b to be our best chance to study a potential habitable environment beyond the solar system at the present time." The story regarding the habitability of K2-18 b began back in April 2025, when Madhusudhan and fellow researchers from the University of Cambridge announced they had found what they called the "strongest evidence yet" of life beyond the solar system around this distant super-Earth (it's around nine times as massive as our planet). The evidence came from the tentative detection of molecules that, when found in the atmosphere of Earth, are typically the result of biological processes of living things. The pressure was then on to confirm these potential biosignatures: dimethyl sulfide and dimethyl disulfide. The team set about this by observing four separate instances of K2-18 b crossing, or "transiting," the face of its parent red dwarf star, located about 124 light-years away, during its roughly 33-Earth-day orbit. Because chemicals absorb and emit light at characteristic wavelengths, when light from a parent star passes through a planet's atmosphere, the molecules in that atmosphere leave their telltale fingerprints in the spectrum of starlight. "With four additional transit observations using JWST, we have measured the spectrum of K2-18 b's atmosphere with unprecedented precision," Renyu Hu, the new study's team leader and a NASA Jet Propulsion Lab scientist, told "The spectrum allowed us to conclusively detect both methane and carbon dioxide in the planet's atmosphere and to constrain their abundances. This information points to a planet with a water-rich interior." Hu explained that the team searched for signals of dimethyl sulfide and other organic sulfur molecules in the spectrum using several independent models, but did not find conclusive evidence for their presence. "This was not necessarily disappointing," Hu continued. "We're excited about establishing the planet's water-rich nature." Is K2-18 b a ocean world? Saying it's now confirmed that K2-18 b is water-rich, Hu explained that the next step is to discover if the planet possesses a global liquid water ocean. Ironically, one of the most positive signs of such an ocean is the fact that the atmosphere of this super-Earth appears to lack water vapor. "The spectrum we obtained does not show signs of water vapor. If the atmosphere truly lacks water, this suggests that water has been depleted — most likely through condensation," Hu said. "On Earth, this process is known as the 'cold trap,' and geoscientists consider it essential for retaining water over billions of years by preventing it from escaping to space. "Observing a similar process on an exoplanet would be very exciting. Rigorously confirming the absence of water can by itself be a scientifically important goal for future observations," Hu said. However, Hu cautioned that the spectrum detected by the JWST could also be explained by an alternative model in which the atmosphere actually contains abundant water vapor. Establishing whether K2-18 b and other similar temperate, sub-Neptune-sized planets possess liquid water oceans, Hu says, will also require detecting the presence of a broader set of atmospheric gases beyond methane and carbon dioxide. It would also require an absence of molecules like ammonia, carbon monoxide and sulfur dioxide, which, as of yet, have indeed not been detected in the atmosphere of K2-18 b "This conclusion is based on theoretical work by my group and several others," Hu added. "With the new observations providing valuable context, we've summarized these insights into a roadmap to help guide future observations and studies." Meanwhile, the search for the biosignatures, dimethyl sulfide and dimethyl disulfide, is far from done; while not hitting the significance level required for a confirmation, this research did provide a stronger signal from these molecules than were provided by previous examinations. "The evidence for dimethyl sulfide in the present work is significantly higher than what we had with our previous observations in the same near-infrared wavelength range," Madhusudhan said. "However, this evidence is still not high enough to claim a conclusive detection. "We also need to be able to distinguish dimethyl sulfide from other possible contributors, such as methyl mercaptan, which is also a biosignature on Earth." Related Stories: — The mystery of how strange cosmic objects called 'JuMBOs' went rogue — These mysterious objects born in violent clashes between young star systems aren't stars or planets — James Webb Space Telescope dives into the atmosphere of a mystery rogue planet or failed star It looks certain that K2-18 b will continue to hold the interest of astronomers for some time. "It is great that we are able to infer tentative signs of potential biosignatures with current JWST observations, but significantly more time is needed for conclusive detections. A key question is whether the atmosphere contains one or more biosignatures," Madhusudhan said. "At the same time, extensive theoretical and experimental efforts are needed to robustly identify biological and non-biological pathways for candidate biosignature molecules." One thing the team is sure of, though, is the progress made thus far in the study of K2-18 b wouldn't have been possible without the JWST. And, the $10 billion space telescope is set to play a key role in the future investigation of this super-Earth. "Our observations and analyses add to the growing list of exciting discoveries that highlight the truly transformative science enabled by JWST," Hu concluded. "While we found its Near-Infrared Spectrograph [NIRSpec] particularly well suited to address the goals of our study, other JWST instruments or observational modes could provide complementary and highly valuable information to further enhance our understanding of this planet." The team's research is available as a preprint on the paper repository arXiv. Solve the daily Crossword

This bizarre ancient worm had spiky teeth and a retractable throat
This bizarre ancient worm had spiky teeth and a retractable throat

National Geographic

time4 days ago

  • National Geographic

This bizarre ancient worm had spiky teeth and a retractable throat

Scientists found the 500-million-year-old fossil of a "penis worm" in the Grand Canyon—and reconstructed how the creature would have used its strange mouth to feed. The newly discovered species of priapulid, Kraytdraco spectatus, got its name from a Star Wars monster. Illustration by Rhydian Evans In September of 2023, Giovanni Mussini, a paleontologist and doctoral student at the University of Cambridge, joined an expedition into the vast depths of the Grand Canyon. He and other researchers rode a dinghy down the turbid Colorado river, stopping occasionally to scale dangerously flaky rocks in search of 500-million-year-old fossils from the Cambrian period, the dawn of complex animal life. The results of that expedition, reported July 13 in Science Advances, included the miniscule remnants of brine shrimp-like crustaceans and snail-like mollusks. But the most interesting findings—uncovered as Mussini dissolved Grand Canyon rocks in acid and combed them for fossils—were two types of tiny mystery teeth. One set was sharp. The other had feathery projections coming out of its sides. Both, it turns out, belonged to an obscene-looking monster. The creature was a priapulid worm, often known—for obvious reasons—as a 'penis worm.' 'They're … peculiarly shaped,' says Mussini. The 500-million-year old cache of fossils, including the 'penis worm' were found in the Grand Canyon. Photographs by Joe Clevenger Following the suggestion of a Star Wars-obsessed colleague, Mussini named the newly discovered Grand Canyon worm Kraytdraco spectatus after the 'krayt dragon,' an enormous burrowing dragon seen in the streaming show The Mandalorian. An adult K. spectatus would have measured roughly six to eight inches long, says Mussini. From within its body emerged a darting, retractable throat, reminiscent of the xenomorph in Alien. This throat, or pharynx, was ringed with spirals of teeth. The Grand Canyon worm differed from most of its fellows, however. While it had the usual spiky teeth around the ring of its extendable throat, the inside was filled with concentric rows of feathery-looking teeth, of a sort 'that have never been observed anywhere else,' Mussini says. The priapulid's pharynx Named for Priapus, the Roman god of fertility, priapulids are far, far older than the vertebrate genitalia they resemble. Trace fossils and body remains from before the dawn of the Cambrian period suggest that they were some of the world's earliest dedicated predators and ecosystem-engineering burrowers, devouring anything they could swallow. Some lived like hermit crabs in animal shells. Others hosted symbiotic accumulations of smaller worms. 'Everywhere we look in these exceptional preservation deposits, like China and the Burgess Shale, we see priapulids,' says Mussini. In a video his team made reconstructing this new species of priapulid, the animal's pharynx rises toward the camera as if chasing after prey, showing off the concentric rows of feathery teeth inside. While the bigger, heavy-duty teeth around the rim could scrape the sediment or bits of animal carcass, the more delicate rings may have filtered 'for the finer particles the animal is really interested in,' Mussini says. Once satisfied, 'the pharynx itself can be folded inside out like the finger of a glove,' returning the worm to a more bulbous appearance. Although it might be named for a Star Wars character, Mussini says the penis worm more closely resembled the sandworms seen in Dune with its sphincter mouth full of fine, sand-sifting teeth. Unfortunately for the research team, the name 'Shai-Hulud' was already taken by an unrelated worm fossil. A closer look at the pharanx of Kraytdraco spectatus and the teeth inside it. Illustrations by Rhydian Evans 'A priapulid would have been better to get that name,' says Mussini, 'because the resemblance is quite uncanny.' Priapulid worms are still around today, Mussini adds. About 20 living species survive, though they've been shrunken by time, now measuring mere millimeters long. 'There may have been some trend toward miniaturization as the eons went by,' he says of the priapulid worms that have endured half a billion years of evolution. In other words, for penis worms, size wasn't necessarily everything. Limited Time: Bonus Issue Offer Subscribe now and gift up to 4 bonus issues—starting at $34/year.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store