An important Egyptian tomb from the Fifth Dynasty of the Old Kingdom has been discovered in the Saqqara necropolis by a Spanish-Egyptian archaeological mission.

Josep Cervelló, an Egyptology professor at the Autonomous University of Barcelona, led the work, which was coordinated with the Egyptian Supreme Council of Antiquities to investigate the unique tomb in the Saqqara region southwest of Cairo.

The tomb did not belong to a Pharaoh, but was commissioned by a high-ranking official named Yunmen, who served during the reign of Djedkare Isesi. Strangely, the structure features two funerary chapels: one of which is dedicated to the Iti, Yunmen’s father, who held a lower rank than his son.

The discovery may offer a new context for the intersection of spirituality and social mobility in ancient Egypt.

Egyptian Tombs

We now see the Saqqara necropolis primarily as the remains of a dead culture, filled with long-forgotten tombs. While often portrayed as settings for horror stories, the Spanish-Egyptian archeological team viewed them differently, seeing them as places used by a vibrant community, where the living constantly came to leave offerings and work on funerary monuments.

The recent work is part of the continuing exploration of Egyptian sites discovered by archaeologists in the 19th century. To this day, archaeologists continue to seize on hints in the works of their forebears over a century ago to explore ancient Egypt’s impressive remains. Auguste Mariette, a French archaeologist, first discovered the site, identified as containing a large tomb complex, but no detailed exploration or documentation had been done.

Life In the Necropolis 

Egyptian mastabas were a unique style of tomb, and in some ways were like modern cemeteries: they were frequently visited places where the lost were mourned and remembered. For this reason, the team was also very interested in the tomb complex’s topography, rather than just its beautiful decoration. They studied the tomb as an urban location, investigating how ancient people moved through it and whether they worshipped outdoors or inside.

Exploring the bustle of urban life in the necropolis netted the team their first indication of Yunmen’s tomb, alongside hints at two more located nearby. In follow-up excavations, the archaeologists are planning to explore the remaining pair.

Moving in Ancient Egyptian Society

The tomb’s physical structure intrigues archaeologists, as it is a rare example of a building with two funerary chapels. Fortunately, the 4,400-year-old tomb is remarkably well preserved, with vibrant color and fine details observable in the wall reliefs. Archaeologists can still clearly make out tiny donkeys and other animals in the wall art. Elsewhere, some elements of the texts adorning the walls follow common formulas—yet even these are customized to the official role and personality of the owners.

Archaeologists interpreting the mastaba believe it reflects social advancement. Yunmen achieved a higher social status than his father, Iti. Yet on the journey to the afterlife, Iti was not forgotten; Yunmen ensured his father received a tomb of similar opulence, so the son’s prestige would apply retroactively to the father in death.

“We still need to fully examine it, but one possibility is that the official originally came from that outlying province, arrived at the court, and settled in Memphis—Egypt’s capital at the time—while his son became an official in the central state administration and was the one who built the tomb,” Cervelló said in a press release.

It remains to be seen what the other two mastabas identified by the team will reveal, whether they will provide more evidence for our traditional understanding of Egyptian culture or add more nuance to our view of these ancient people.

Ryan Whalen covers science and technology for The Debrief. He holds an MA in History and a Master of Library and Information Science with a certificate in Data Science. He can be contacted at ryan@thedebrief.org, and follow him on Twitter @mdntwvlf.

More than 4,000 years ago, an Egyptian official named Sekhentiu-Ptah held a collection of titles that placed him remarkably close to royal power. He oversaw the king’s works and documents, supervised scribes, and even served as the “Keeper of the Secrets of Royal Commands.”

Now, archaeologists have found his tomb. An Egyptian archaeological mission excavating the Saqqara necropolis in Giza has uncovered the Old Kingdom tomb of Sekhentiu-Ptah, including its funerary chapel, an intact false door, and a complete collection of alabaster ritual objects still positioned where they were left thousands of years ago.

Nearby, researchers discovered an interconnected network of burial shafts containing human remains, more than 100 funerary figurines, and three stone sarcophagi that were still sealed when archaeologists found them.

Speaking with The Jerusalem Post, Mohamed Abdel-Badie, head of Egypt’s Antiquities Sector, said finding a complete set of funerary objects still in their original position was “an important discovery, offering valuable information about funerary rituals and practices during the Old Kingdom.”

The discovery was made during the Egyptian mission’s first excavation season in Sector A, west of the Bubasteion at Saqqara, roughly 20 miles south of Cairo. Saqqara served as a major burial ground for ancient Memphis and contains monuments and tombs spanning thousands of years of Egyptian history.

Sekhentiu-Ptah’s tomb dates to the Old Kingdom, the era roughly spanning the third millennium BCE that witnessed the construction of Egypt’s great pyramids.

Inside the remains of his funerary chapel, archaeologists encountered a false door still standing in its original location. Such doors were symbolic thresholds associated with the deceased and the offerings made to sustain them in the afterlife.

Directly in front of the false door was a complete group of alabaster ritual objects that had apparently remained together in their archaeological context. The assemblage includes an offering table and offering disk, purification basin, jug, and another basin.

Hieroglyphic inscriptions on the false door and funerary objects revealed not only Sekhentiu-Ptah’s name but an extraordinary résumé.

He was identified as Royal Chamberlain, Overseer of All the King’s Works, Overseer of Royal Documents, Keeper of the Secrets of Royal Commands, Priest of the goddess Maat, and Overseer of the Scribes. Together, the titles indicate that Sekhentiu-Ptah occupied a prominent position within Egypt’s royal administration.

Archaeologists also uncovered a system of interconnected burial shafts filled with human burials and large quantities of painted funerary cartonnage, a material commonly made from layers of linen or papyrus and plaster and used in funerary coverings.

Archaeologists recovered more than 100 faience ushabti figurines. These small figures were placed in Egyptian tombs to perform work for the deceased in the afterlife symbolically. Archaeologists also found a wooden falcon statue, pottery, and three stone sarcophagi that were kept sealed in their original condition.

The collection is particularly interesting because it captures different chapters in Saqqara’s history. While Sekhentiu-Ptah’s tomb belongs to the Old Kingdom, material from the surrounding shafts provides evidence for funerary practices during the much later Late Period. In essence, the site became a cemetery layered on top of a cemetery, repeatedly returned to and repurposed across Egyptian history.

Not everything survived undisturbed. Archaeologists found openings cut between some burial chambers, evidence that ancient tomb robbers had already penetrated portions of the complex. Even so, enough remained intact to allow researchers to reconstruct how the necropolis changed over time.

The surviving artifacts retain “great archaeological and scientific value, contributing to understanding the site’s internal layout and the development of its architecture through its successive historical phases,” excavation director Dr. Amr El-Tayebi explained.

For now, the discovery is a work in progress. The Egyptian team is continuing to document and compare the artifacts with material recovered elsewhere in Egypt, with plans to publish the results in peer-reviewed scientific journals. Archaeologists also believe Sector A could contain additional structures and artifacts still waiting beneath the sands of Saqqara.

Tim McMillan is a retired law enforcement executive, investigative reporter and co-founder of The Debrief. His writing typically focuses on defense, national security, the Intelligence Community and topics related to psychology. You can follow Tim on Twitter: @LtTimMcMillan.  Tim can be reached by email: tim@thedebrief.org or through encrypted email: LtTimMcMillan@protonmail.com 

On Tuesday, the House of Representatives passed a stopgap measure that would continue funding the US government through early December. While the measure still requires the signature of President Trump, it's widely expected that he will act to avoid a government shutdown immediately before the midterm elections.

This is a normal part of how the US government has operated in recent years, as it's often difficult to build the political support needed to pass a full year's budget in advance. In fact, dissent within the House's Republican caucus prevented them from agreeing on their own measure to keep the government open; instead, the House simply adopted a version of the spending bill that had previously passed the Senate.

From the perspective of scientists and their supporters, that adoption turned out to be a very good thing, because the Senate's budget bill, passed in early August, contains a provision that blocks the Office of Management and Budget (OMB) from implementing new rules that would give political appointees full control over what science is funded and allow them to cancel any grant at any time. The proposed rule has been widely decried as catastrophic for science, and it faced widespread opposition from scientific and health-focused organizations.

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Spanish archaeologists excavating an ancient Egyptian tomb in the Theban Necropolis opposite Luxor have discovered an unexpected order to how the 16 mummified human remains were placed within it over several centuries.

The team studying chamber three of tomb TT 209 also found the completely unexpected remains of a mummified dog placed carefully among the ancient burials, suggesting a deep connection between humans and animals or a previously unidentified ritualistic practice.

Researchers Document Ancient Egyptian Tomb in Detail

The Theban Necropolis contains over 400 tombs. Previous studies have determined that the burial space was used and reused from its construction during Egypt’s Twenty-fifth Dynasty (754-656 BCE) until its abandonment during the Ptolemaic period (305-30 BCE).

However, archaeologists are still searching for new clues to the people who built them and those buried inside. Dr Miguel Ángel Molinero Polo, a professor of Egyptology at the University of La Laguna and the senior author of the study detailing the team’s discoveries, said researchers have “few details” about how people who entered the tombs behaved. Dr. Polo also noted a lack of knowledge about these people’s motivation “in each historical period” the site was in use, and how they “conceptually reconfigured the pre-existing space” as time passed.

The research team ultimately determined that the best way to explain the methodology for placing the human remains and individual dog remains found in the ancient Egyptian tomb was to excavate the chamber and photograph the mummies. They also decided to create sketches and descriptions of the mummy’s position, orientation, and any possible relationship with the overall structure. 

Archaeologists Unearth 16 Mummified Bodies and Related Funerary Items

As the team began cataloging their findings, they realized the chamber contained nine funerary deposits, which they described as “individual and multiple burials.” The site also contained several “associated funerary objects.”

“We found a total of 16 mummified human individuals, a mummified dog, and a disturbed deposit containing the remains of at least four individuals,” explained Dr. Jared Carballo-Pérez, a researcher at the University of La Laguna and the study’s first author.

After further examination, a pattern began to emerge. For example, the earliest burials were relatively separated. These earliest bodies were also placed in coffins, with funerary nets and amulets. These burials also contained what Dr. Molinero Polo termed “an assemblage containing costly items, such as the contents held in Phoenician amphorae,” placed with or near them. The research said these discoveries suggest that these individuals were likely “of high social standing.”

When the researchers examined the second layer, they noted that bodies were less carefully placed and instead “inserted into any space available.” Critically, this shift occurred towards the end of the 25th dynasty and into the Persian period (around 680-404 BCE).

Examples of the new interment method include limb positioning. In one case, an arm was found folded in, and in others, two arms were folded.

This positioning differed from earlier burials, where the arms were stretched out. The team also cataloged a change in body position in the ancient Egyptian tomb, with later mummies deposited vertically. The team said the resulting “superposition of bodies” was found in two-thirds of the burial chamber.

Still, Dr. Molinero Polo explained, although the vertically positioned bodies were not placed in coffins, the remains were “carefully mummified.” The researcher said the later internments “can be associated with upright jars that point to a specific ritual not found in the earlier phases of the tomb’s use.”

Mummified Dog Buried with Humans Suggests Intimate Relationship

Perhaps the most unexpected find inside the ancient Egyptian tomb was the remains of a mummified dog. Even more unexpected, the animal’s remains were buried with human remains “one on top of another.”

“One detail I find quite beautiful is the presence of a mummified dog placed directly on top of the mummies of a man and a woman,” said Carballo-Pérez.

The researcher said this preferred, intimate placement could suggest a close relationship between the animal and its humans, “an idea that I think is quite easy to empathize with.” Carballo-Pérez said the unexpected placement could also reflect a change in funerary or ritualistic practices, “with an animal taking on the role of a psychopomp, a symbolic helper in the journey to the afterlife.”

Although an initial examination gave the team the impression the site’s internment became less organized over the centuries, they said that impression was likely false. For example, the team notes that bodies buried in the Osirian position, meaning both arms folded, suggest that the ancient Egyptian tomb “did not become disordered or without structure, or that cultural rites were lost.”

“The detailed study of the bodies indicates neither chaotic accumulation nor a loss of the original ritual over time,” Dr. Carballo-Pérez explained. “Rather, there was a spatial logic in which each new deposition was adapted to the presence of previous bodies – a kind of funerary memory in the processes of reuse.”

The team conceded that it was sometimes difficult to identify the sequence of some of the funerary deposits, including what they described as the “disturbed” remains of four individuals. They also suggest that the chamber was likely flooded several times over the centuries, experienced periodic fires, and human re-entry, which “transported debris within the tomb.”

Still, Carballo-Pérez concluded that their findings suggest deposits previously considered ‘disordered’ can now be reinterpreted.

“This helps us develop a better understanding of the social behaviors behind funerary practices,” the researcher explained.

The study “From individualized mummies to collective accumulations: an archaeothanatological analysis of funerary reuse in Theban Tomb 209 (Twenty-Fifth Dynasty–Ptolemaic Egypt)” was published in Frontiers in Environmental Archaeology.

Christopher Plain is a Science Fiction and Fantasy novelist and has spent the last six years as Associate News Editor and Head Science Writer at The Debrief. Follow and connect with him on X, learn about his books at plainfiction.com, or email him at christopher@thedebrief.org

Italian archaeologists have discovered a previously unidentified, nearly 4,000-year-old “Tomb of the Giants,” or “Giant’s Tomb,” at Carrarzu Iddia in central-western Sardinia.

The researchers behind the historic discovery said the new structure is part of a larger group of ancient, ‘enigmatic’ burial complexes on the island known as Giant’s Tombs erected by the Nuragic civilization as collective burial sites beginning around 1800 B.C. due to their megalithic structure.

Giant’s Tomb Site Features a Strategic Placement

According to Finestre sull’Arte, the newly discovered Giant’s Tomb had been covered by thick vegetation, helping it to remain hidden for nearly four millennia. However, surveyors from Sardinia’s two Superintendencies of Archaeology, Fine Arts, and Landscape were already involved in the restoration and excavation of the nuraghe located at the same site when they made the unexpected discovery.

Located at an elevation of approximately 800 yards, the newly identified Giant’s Tomb is located on the southern slope of Crastu Littu. The Italian team suspects the site “is of particular interest” due to its strategic location.

For example, the Giant’s Tomb offers a sweeping view of the Macomer plain. The location also includes a clear vantage point to observe the highlands of Abbasanta and Paulilatino, and an unobstructed view as far as the hills of the Nuoro area and the Gulf of Oristano. The team said this view likely conveys the site’s importance within the wider settlement network of Nuragic Sardinia.

Clearing the Dense Vegetation Reveals Striking Details

After identifying and surveying the new Giant’s Tomb’s location, the two project leaders worked with the landowners to clear away the dense overgrowth and earthen debris that had kept it hidden. Ironically, once the site was fully revealed, the team noted that the covering had likely helped to maintain and preserve its excellent condition over the nearly 4,000 years since its construction.

The most prominent features identified on the vast site were two large stone platforms, called protonuraghi, a sacred well, a residential settlement, and an extensive burial ground. A closer examination confirmed that the Giant’s Tomb, which is made from trachyte blocks, retained the expected architectural elements found in similar collective burial sites.

One identifying feature is the site’s exedra preceding its entrance. According to the Italian team, this architectural component is one of the most representative aspects of previously identified Giant’s Tombs, distinguishing this “monumental” construction type clearly within that of protohistoric Sardinia

Unfortunately, the excavation revealed that some portions of the ancient site had not survived the intervening four millennia completely intact. The authorities suspect that past illegal excavations that have affected many ancient sites could be part of the cause.

Luckily, previous illegal invasions of the site did not remove everything of historical value. For example, the team found ceramic materials inside the structure that document human occupation of the site, in some cases dating back to the earliest stages of the Nuragic civilization.

Site Includes Rarely Documented Dual-Level Construction

Alongside the site’s more familiar features, the team also identified an internal feature they described as ‘rare’ for a Giant’s Tomb: a second level near the entrance. Future studies of this unusual feature may offer insights into this society’s funerary practices and its construction techniques, which the team notes are still poorly understood.

The Italian team also noted the site’s greater significance when within the larger archaeological context of Carrarzu Iddia, noting that the area has yielded traces of human use and occupation covering the times before, during, and after the Roman era.

When discussing the site’s historical significance, the Italian team pointed to the value of so many extraordinary structures and monuments concentrated within one specific area. This overlap allows researchers to chronologically date the new Giant’s Tomb and place its significance within the wider context of the Island’s inhabitants.

Christopher Plain is a Science Fiction and Fantasy novelist and has spent the last six years as Associate News Editor and Head Science Writer at The Debrief. Follow and connect with him on X, learn about his books at plainfiction.com, or email him at christopher@thedebrief.org

NASA’s Curiosity rover has stumbled on the largest patch of polygon-shaped ground fractures it has ever seen on Mars, a discovery that could reveal more about the planet’s watery past.

The post Curiosity Finds Massive Field of Honeycomb-Shaped Fractures on Mars appeared first on Sci.News: Breaking Science News.

A microscopic grain preserved an atomic structure created inside Hiroshima’s fireball.

Analysis of fallout debris caused by the World War II atomic bombing of Hiroshima, Japan, on August 6^th, 1945, has revealed that the event led to entirely new mineralogical and metallurgical phases that created a previously unidentified multicomponent metallic alloy that cannot be produced under ordinary conditions.

The Università degli Studi di Firenze researchers behind the new analysis said that understanding the hiroshimites, the name scientists have given to these unique materials, could offer unique insights into the types of natural events that can also create novel forms of matter. The researchers also note that the explosion site provides researchers with a natural laboratory to study the effects of natural and human-made high-energy events.

Hiroshima Explosion Mimicked Natural High-Energy Events

In a newly published study, Professor Luca Bindi from the university’s Department of Earth Science and colleagues explain that high-energy events like the nuclear explosions that ended World War II generate brief, transient physicochemical environments “comparable in nature to hypervelocity planetary collisions, meteor impacts, and lightning strikes.”

Like nuclear explosions, such naturally occurring events produce extreme temperatures, rapid fluctuations in ambient pressure, and the rapid vaporization of “heterogeneous materials.” These transient environments are followed by a rapid condensation of melts and aerosols generated by expanding fireballs.

The study authors note that these types of extreme environments “can form mineralogical and metallurgical phases that cannot be produced under ordinary conditions.” This includes the Hiroshima bombing, which generated a large nuclear ‘airburst’ over a large urban environment filled with several categories of human-made materials.

“The detonation produced a fireball reaching temperatures exceeding 7000°C within seconds, entraining and vaporizing building materials, soils, metals, glass, and water into a turbulent plasma cloud,” the study authors explain.

More recently, scientists have shown that the event created an abundance of micrometer-to-millimeter-scale “fallout debris” that has remained preserved in beach sands of Hiroshima Bay.

Earlier Studies Found Unique Glasses Created by the Explosion

Before their examination, the researchers noted that previous microanalytical studies of many of the glasses produced during the World War II Hiroshima explosion are dominated by calcium-aluminum-silicon compositions, with microcrystalline traces of mullite and anorthite. The authors said this combination implies that they were formed at “temperatures exceeding ∼1800°C.” Additional analyses confirmed the hiroshimites condensed from a vapor during “rapid cooling” of the fireball.

“Together, these findings established that the Hiroshima explosion produced a previously unrecognized class of anthropogenic high-temperature condensates formed under near-atmospheric pressure but extreme thermal and redox gradients,” they write.

 

Still, they also suspected that such fireball conditions capable of producing silicates could also produce “chemically complex metallic phases.”

For example, multi-component alloys made from five or more principal metallic elements are typically made through a complex process of controlled melting and solidification. However, they note that the complex process fundamentally requires extreme mixing, high temperatures, and rapid quenching, “conditions that arise during meteorite impacts and in nuclear fireballs.”

At Hiroshima, the explosion vaporized structural steels, aluminum alloys, copper-bearing components, and other industrial metals. In theory, the team said that the formation of such metallic alloys “becomes plausible” under the extreme conditions experienced during the explosion

“Unlike conventional metallurgical environments, such a system would permit stochastic

atomic mixing of diverse metallic species (usually not present in common stainless steels) before rapid solidification, potentially stabilizing metastable phases,” they explain.

Analysis Finds Previously Undocumented Multicomponent Alloy Particle

To test the theory, the study authors examined several hiroshimite samples they suspected may contain complex metallurgical alloys. As hoped, the team successfully identified a sample containing many micrometer-sized metallic fragments. A closer examination revealed the fragments were an alloy of Iron and Chromium. When the team examined these fragments, they found what they termed a “previously undocumented multicomponent alloy particle.”

“The alloy occurs within the same sedimentary units in Hiroshima Bay as the previously described silicate condensates and exhibits microstructural and compositional characteristics consistent with rapid condensation and quenching from a multielement metallic vapor,” they write.

When discussing the scientific significance of the finding, the researchers said their work “expands the known spectrum of materials generated by nuclear detonations.” They also note that the study supports the idea that human-made (anthropogenic) plasma events “can produce complex metallic phases in natural settings.”

“[Hiroshima] provides a unique natural laboratory for studying rapid alloy nucleation under extreme nonequilibrium conditions.”

The study “Discovery of a multicomponent alloy forged by the Hiroshima atomic blast” was published in Science Advances.

Christopher Plain is a Science Fiction and Fantasy novelist and has spent the last six years as Associate News Editor and Head Science Writer at The Debrief. Follow and connect with him on X, learn about his books at plainfiction.com, or email him at christopher@thedebrief.org

Last August, the Trump administration issued an executive order intended to fundamentally alter how grant funding is handled by the US government. Under the system that had made the US a scientific superpower, peer reviewers rated the scientific quality and feasibility of grant applications, and subject-matter experts within the funding agencies used these ratings to determine which grants got funded. Under the proposed rules, political appointees would have the final say, and they were specifically instructed not to "routinely defer" to peer reviewers.

In the interim, the administration has lost many court cases because it turns out that issuing executive orders doesn't circumvent legal requirements, and the orders can be vacated if they lack strong justification. To avoid that same fate, the Office of Management and Budget (OMB) has decided to merge the executive order with other administration priorities and send it through the formal federal rulemaking process.

The result is a horror show for US science research. Not only is peer review made a secondary consideration, but the new rules would allow any federal agency to cancel any grant at any time based on the vague assertion that it isn't in the "national interest." The document would also ban any grants on a number of culture war topics, limit international collaborations, and block spending on things like publishing papers and attending conferences.

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