Scientists Discover Giant “Fuses” Deep Inside the Earth That May Trigger Massive Volcanic Eruptions

Volcanic eruptions are more than just destructive natural spectacles that disrupt air travel or damage property. At their most extreme, they can claim hundreds or even thousands of lives, smothering entire regions in deadly pyroclastic flows and ash. Beyond the immediate devastation, they can also drastically alter regional—and even global—climates, leading to ecosystem collapse and mass extinctions.

Now, researchers in Australia believe they’ve uncovered a major clue to what triggers these catastrophic events: colossal, mysterious rock masses buried nearly 2,000 kilometers beneath the Earth’s surface.

The “Continents” Beneath Our Feet

These gigantic 3D structures are as large as entire continents and tower up to 100 times higher than Mount Everest. They sit at the base of the Earth’s mantle, just above the molten outer core, in a zone where the pressure is so intense that the planet’s elements are compressed to extreme levels.

Scientists believe these massive formations may act like priming fuses—starting points for plumes of molten rock that rise toward the Earth's surface. When these plumes finally break through, they erupt with such force that they can alter life as we know it, spewing lava, gas, and rock fragments across vast areas.

Planetary Consequences

According to the research team, super-eruptions fueled by these plumes could drive rapid climate shifts, trigger mass extinctions, and amplify global warming through the release of carbon dioxide and other greenhouse gases.

The team from the University of Wollongong used computer models to simulate the mantle’s heat transfer over a billion-year timeline. Their study suggests that these mysterious rock bodies have likely existed for hundreds of millions of years—perhaps since the early days of the planet’s geological history.

Although they’re composed of rock like the rest of the mantle, these structures appear to be hotter and denser, which means they behave differently under the intense pressures found at such depths.

A Breakthrough in Volcanology

The discovery represents a major step forward in understanding large-scale volcanic activity and the inner workings of our planet’s most destructive natural processes. By studying these deep-Earth anomalies, scientists hope to one day predict or mitigate the effects of future super-eruptions.

In a world increasingly shaped by climate uncertainty and environmental change, knowing what’s brewing beneath our feet could be more critical than ever.

What Does the Latin Word Nostrum Really Mean?

The Latin word nostrum has deep roots stretching from the Roman Empire to modern-day usage. While it may seem like a relic of a dead language, nostrum continues to carry surprising relevance in medicine, politics, and cultural discussions today. But what does it actually mean—and why does it matter?

The Meaning and Origins of Nostrum

In Latin, nostrum is the neuter singular form (used in the nominative or accusative case, depending on syntax) of the possessive pronoun noster, nostra, nostrum, which simply translates to “our” or “ours.”

It appeared frequently in Roman expressions like:

• Mare nostrum – “our sea,” a Roman term of pride for the Mediterranean

• Corpus nostrum – “our body”

These expressions reflected ownership, identification, or collective control—highlighting the Roman view of dominion, unity, and shared identity.

From Grammar to Medicine: Nostrum as a “Cure-All”

Over the centuries, nostrum evolved beyond its literal meaning. In the world of medicine, particularly in English, nostrum came to refer to a questionable remedy—a drug or treatment with unverified effectiveness, typically promoted by someone without medical credentials.

In other words, a nostrum in this context is what we might call a “folk remedy,” “miracle cure,” or “snake oil.” In Greek, you might hear it called a μπολί, ματζούνι, or even a πατέντα—something unproven, but often marketed with bold claims.

Political and Cultural Shades of Meaning

The story doesn’t end in the apothecary. Today, nostrum is also used in political and ideological discourse, often with a sarcastic or critical edge. It describes ideas or proposals that are presented as all-encompassing solutions but lack depth, evidence, or practicality.

For instance:

• “The free market isn’t some nostrum that solves every issue.”

• “Nostalgia isn’t a nostrum for modern-day crises.”

In this way, the word has taken on the flavor of wishful thinking dressed up as policy—a catch-all promise that fails to deliver real results.

So, What Is a Nostrum?

• At its core, it means “ours” in Latin.

• The Romans used it to express territorial or collective identity.

• In medicine, it refers to an unproven or dubious treatment.

• In modern usage, it often points to oversimplified or hollow solutions, especially in politics or public discourse.

The word nostrum has traveled through time—adapting, shifting, and expanding in meaning. It reminds us that language is never static; it’s a living, evolving symbol of history, ideas, and human experience. What began as a simple possessive pronoun has become a potent shorthand for everything from empire to empty promises—proving that some words carry far more than just their dictionary definitions.

The Ancient Greek Superfood Making a Comeback: Why Lupins Deserve a Place on Our Plates Again

In ancient times, the humble lupin—known to the Greeks as thermos—was more than just a food source. Its name evoked not only warmth but also strength, power, and sustenance. This protein-packed legume (with levels reaching up to 40%) once played a central role in the diets of both Greeks and Romans. It was a favorite of the Cynic philosophers, a staple for the hungry Roman plebeians, and even a sacred food offered in the mysterious feasts of the goddess Hecate.

Yet today, this once-vital ingredient has nearly vanished from the Greek culinary consciousness—with one notable exception: the Mani region of the Peloponnese.

Lupins: A Forgotten Superfood Thriving in Mani

In Mani, locals affectionately dubbed “loupinophages” (lupin-eaters) continue the tradition. They snack on lupins as a meze or a casual bite during walks, keeping alive a connection to their ancient roots.

But beyond its cultural nostalgia, the lupin (Lupinus albus) is gaining global recognition as a superfood. It's one of the most promising alternatives to soy and other imported plant-based proteins. Thanks to modern cultivation in countries like Germany, Australia, and Italy, newer varieties of lupin are low in alkaloids—making them far easier to digest and process.

A Sustainable Solution for Modern Agriculture

Lupins are hardy and low-maintenance. They require minimal fertilization, thrive in dry climates, and actually enrich the soil by fixing nitrogen—boosting biodiversity while reducing the need for chemical inputs. In a world grappling with climate change and over-farming, lupins offer a sustainable solution.

So, why aren’t they widely grown in Greece?

Despite the efforts of researchers, farmers, and eco-conscious movements, lupins have yet to find their place in national agricultural policy or support programs. Without organized production, standardized packaging, or commercial infrastructure, they remain largely invisible to the average consumer.

Even among those who are familiar with lupins, few know how to properly prepare them. Traditionally, they are detoxified through a lengthy soaking process or by being submerged in seawater—methods that not only enhance their flavor but also connect us to centuries of culinary history.

Still Thriving in the Eastern Mediterranean

A story shared by Orestis Davias, who stumbled upon boiled lupins in a Damascus street market, shows that lupins never truly disappeared from the Eastern Mediterranean. There, known as tirmis, they are still enjoyed as a cheap and nutritious snack. Similar traditions exist in Portugal, Algeria, and Mexico.

Time to Bring Them Back

If Greece is serious about food sovereignty, sustainable agriculture, and honoring its culinary heritage, then lupins present a unique and promising opportunity.

• They’re suitable for both human and animal consumption.

• Perfect for organic farming.

• A potential draw for culinary tourism (imagine lupin meze in traditional tavernas).

The ancient term thermos didn’t just signify heat—it symbolized food that empowered the body. The Cynic philosopher Diogenes famously ate lupins as a symbol of simplicity and self-reliance—values that feel newly relevant in our age of overconsumption and food insecurity.

Perhaps it’s time to stop thinking of lupins as just a “Lenten food” and instead reintroduce them into our everyday diets, farming systems, and cultural identity. Greece has every reason to invest in this ancient, nutritious, and climate-resilient legume that our ancestors once held in such high esteem.

Atlantis: Archaeologist Claims to Have Found the Lost City Near Cádiz, Spain

A new claim by an archaeologist just off the coast of Cádiz, Spain—mere miles from the Strait of Gibraltar—is once again bringing the ancient legend of Atlantis back into the spotlight.

In his Socratic dialogues Timaeus and Critias, Plato describes a wealthy and technologically advanced island civilization with a powerful navy—Atlantis. Said to have existed roughly 9,000 years before Plato’s time, Atlantis was home to massive temples and immense harbors. According to the story, the mighty city was eventually swallowed by the sea, disappearing around 11,600 years ago.

While most scholars consider Atlantis a philosophical allegory or symbolic myth, archaeologist Michael Donnellan now believes he has located evidence of the real civilization, according to a report by the Daily Mail.

The Discovery Beneath the Waves

Donnellan presented his findings at the Cosmic Summit in North Carolina—a festival focused on alternative archaeology and hidden histories. As part of his presentation, he also premiered a documentary showcasing his expedition.

Over the past eight years, Donnellan has explored the area using advanced technologies like sonar and LiDAR, mapping what appear to be long, linear structures on the seafloor. These formations include a series of enormous circular walls, each over six meters (20 feet) high, arranged in a clearly organized pattern.

According to Donnellan, the second and third walls appear to be “completely displaced,” with scans showing they had broken into two sections. Between these outer walls, the team identified elaborately carved canals, and at the center, a rectangular monument—which Donnellan believes closely resembles Plato’s description of the Temple of Poseidon, possibly marking the capital of Atlantis.

“We Call It the Great Ancient Atlantic Culture”

“We call it the Great Ancient Atlantic Culture—it’s easier for people to believe in that,” Donnellan told the Daily Mail. “I think it’s a gateway for the world to gradually begin taking Atlantis seriously,” he added.

In scenes from the documentary, Donnellan and his team are seen diving in murky waters, quickly coming face-to-face with what appears to be the first wall. The archaeologist describes the submerged structure as having sharp right angles, flat surfaces, and a uniform width of several feet. Upon closer inspection, the wall appears to be built of cut and carefully stacked stones.

“It matches Plato’s words exactly,” Donnellan insists. “He says it came from beyond the straits in a region the Greeks knew 2,400 years ago as Gades. We know perfectly well today that Gades is modern Cádiz, the oldest continuously inhabited city in Western Europe.”

Whether Donnellan’s claim will hold up to scientific scrutiny remains to be seen, but the idea of a long-lost civilization beneath the waves continues to captivate public imagination. If validated, his discovery near Cádiz could become one of the most significant archaeological revelations in modern history.

The Forgotten Wonders of Ancient Greece

When we think of the wonders of the ancient world, images of the Egyptian pyramids, the Lighthouse of Alexandria, or the Colossus of Rhodes often come to mind. Yet, there were many other astonishing feats of engineering crafted in ancient Greece by our ancestors—achievements that, over time, have largely faded into obscurity.

Acrocorinth: The Star of Stars

From the moment a small settlement named Ephyra was founded near the towering rock of Acrocorinth—a village that would later grow into the wealthy and proud city of Corinth—this natural fortress has been a symbol of the city’s existence. According to korinthos.gr, Acrocorinth was fortified with exemplary skill, making it the most significant defensive structure in the region from antiquity to modern times.

Serving as Corinth’s acropolis, Acrocorinth (from “akro” meaning “high” and “Corinth”) was crowned with mighty fortifications. Originally built during the Mycenaean era, it achieved monumental grandeur in the 7th and 6th centuries BCE under the rule of the Cypselid dynasty, which brought Corinth to its peak prosperity. With its 574-meter elevation and strategic position, the fortress withstood every attempt at conquest and earned the nickname “The Star of Stars.” Today, it stands as the largest castle in Greece, and one of the largest in Europe.

In antiquity, the site was also home to the famed Temple of Armed Aphrodite, where priestesses engaged in sacred prostitution. The Greek geographer Strabo, writing in the early 1st century CE, noted that the temple was served by nearly a thousand hierodules—sacred prostitutes dedicated to the goddess of love. These women, offered to the temple by men and women alike, took part in sexual rituals with visitors as a form of religious devotion.

The Colossus of Naxos

At the ancient marble quarry of Apollonas on the island of Naxos lies a colossal, unfinished statue known as the Kouros of Apollonas—an awe-inspiring sight. Believed to date back to the 6th century BCE, the kouros is over 10 meters long. Scholars remain divided over whether it was meant to depict the god Apollo or Dionysus.

Intriguingly, construction of the massive Temple of Apollo at nearby Portara began during the same period, prompting speculation about whether the statue was connected to the sanctuary.

The kouros was never completed—possibly because it cracked and was deemed irreparable, or perhaps due to the cancellation or non-payment of the commission.

Eupalinos Tunnel – Samos

The Tunnel of Eupalinos, carved into the island of Samos in the 6th century BCE, is one of the most remarkable achievements of ancient engineering. Built to supply water to the capital city under the rule of tyrant Polycrates, the tunnel carried fresh water from springs located on the far side of Mount Kastri.

Greek historian Herodotus credited the project to Eupalinos of Megara, an ingenious engineer. According to the Encyclopedia Britannica, the tunnel—over 914 meters (3,000 feet) long and about 2 meters wide—was dug straight through solid rock by teams of slaves using only hammers and chisels.

The aqueduct remained in operation for more than 1,000 years, and today, visitors can walk its full length—a rare opportunity to step inside the precision and ambition of ancient infrastructure.

The Paved Road of the Diolkos

A marvel of ancient Greek engineering, the Diolkos was a paved road designed to allow ships to be hauled across the narrow Isthmus of Corinth, enabling them to avoid the perilous and lengthy journey around the Peloponnese by sea.

As detailed by greekreporter.com, ships traveling eastward would arrive at the Diolkos’s northwestern end—modern-day Poseidonia in Corinth—where a stone ramp awaited. There, slaves would drag the vessels onto the ramp using giant ropes. Once ashore, the ships were stripped of their masts and other removable parts to reduce weight.

The massive vessels were then rotated 90 degrees using large winches operated by many men, aligning them with the Diolkos road. After being hoisted onto a heavy-duty wooden frame or sled mounted on metal wheels, the ships were pulled across the stone-paved route to the opposite coast.

The innovation is attributed to Periander, the second tyrant of Corinth (ca. 627–587 BCE), who fully exploited the city’s commercial and cultural potential. While he is often remembered as a harsh ruler, that reputation, according to Encyclopedia Britannica, likely stems from his fierce clashes with the Corinthian aristocracy.

Library of Pergamon

Founded in the city of Pergamon (in modern-day Turkey) by King Eumenes II of the Attalid dynasty (r. 197–159 BCE), the Library of Pergamon became one of the most esteemed centers of learning in the ancient world—second only to the legendary Library of Alexandria.

The Attalids, who rose from humble origins, embraced arts and letters as a way to establish themselves as a respected royal power. At its height, the library is said to have housed 200,000 volumes, most written on parchment. The growing demand for writing material from scholars visiting Pergamon led to increased parchment production in the city—so much so that the English word "parchment" derives from the Latin "pergamenum," referencing Pergamon.

According to worldhistory.org, the rivalry between the libraries of Pergamon and Alexandria triggered an intense race to collect as many texts as possible. Some scholars went so far as to hide their private collections to prevent them from being seized by King Eumenes, his brother Attalus II, or Egyptian Pharaohs Ptolemy V and Ptolemy VI.

After King Attalus III (r. 138–133 BCE) bequeathed Pergamon to the Roman Republic, the Romans continued to maintain the library, which remained active well into the Byzantine era.

These are just a few of the forgotten “wonders” of ancient Greece. While they may not be as widely recognized as their more famous counterparts, they undoubtedly deserve our admiration, attention, and thoughtful study. Their stories remind us that behind the ruins lie ingenious minds, daring feats, and civilizations that pushed the limits of their world.

Ancient Canoe Replica Tests 30,000-Year-Old Migration Theory Across Treacherous Seas

Experimental archaeology reveals how Paleolithic humans may have crossed deadly ocean currents—without maps, metal tools, or even sight of their destination.

A new study led by researchers from the University of Tokyo and their Taiwanese collaborators is providing unprecedented insight into how early humans may have migrated across open seas tens of thousands of years ago. Through a combination of cutting-edge ocean simulations and hands-on experimental archaeology, the team reconstructed what could have been one of the most dangerous sea crossings in human prehistory—navigating from Taiwan to the Ryukyu Islands of Japan some 30,000 years ago.

Their findings, published in Science Advances, offer compelling evidence that ancient people possessed not only the tools, but the seafaring skills and strategic knowledge needed to cross one of the world's strongest ocean currents: the Kuroshio Current.

How Did Paleolithic Humans Reach Okinawa?

Archaeological evidence suggests humans made the journey from Taiwan to Japan’s southern islands—such as Yonaguni and Okinawa—during the late Paleolithic. But exactly how they did it remained a mystery. Unlike migrations over land, open-water crossings erase the physical evidence: no footprints, no trail of tools, and no sunken boats to study.

That’s why Professor Yousuke Kaifu and his team turned to experimental archaeology—a research approach that involves recreating and testing ancient tools, techniques, and voyages to answer questions traditional archaeology can’t.

Building a 30,000-Year-Old Boat by Hand

In 2019, the researchers constructed a 7.5-meter-long dugout canoe using only replica stone tools consistent with those used by Paleolithic people. The canoe, named Sugime, was carved from a single Japanese cedar trunk and built using labor-intensive, period-accurate methods.

Armed with nothing but paddles, their instincts, and celestial navigation, the team paddled Sugime 225 kilometers from eastern Taiwan to Yonaguni Island—across open sea and without sight of land for most of the 45-hour journey.

"We wanted to understand how difficult this journey was, and what tools and strategies ancient humans might have used," said Kaifu. "The sea doesn’t preserve clues, so we recreated the experience ourselves."

Simulating Ancient Sea Crossings

In tandem with the real-life voyage, a second part of the study focused on numerical ocean simulations. Researchers used particle-tracking models to simulate hundreds of hypothetical voyages under both modern and ancient ocean conditions. Variables such as launch location, season, and paddling direction were tested to determine which strategies would give early humans the best chance of survival.

Their simulations revealed that launching from northern Taiwan gave a much higher success rate, and that paddling slightly southeast, rather than directly toward the islands, helped compensate for the pull of the Kuroshio Current.

"The Kuroshio is a powerful, often dangerous current," said Yu-Lin Chang, oceanographer and lead author of the modeling paper. "But our results showed that with the right approach, even Paleolithic voyagers could use it to their advantage."

What This Says About Our Ancestors

These findings reshape the way we think about early humans—not as aimless wanderers, but as skilled seafarers and strategic explorers.

"They didn’t just drift across the sea by accident," Kaifu emphasized. "They likely had paddling expertise, deep environmental knowledge, and the courage to venture into the unknown—without knowing if they'd ever return."

In fact, the researchers believe return trips were unlikely, as the necessary navigation techniques and understanding of ocean patterns likely developed much later in history.

Challengers of the Paleolithic Sea

This research echoes the spirit of other pioneering maritime cultures, such as the ancient Polynesians, who also used stars, swells, and natural signs to cross vast distances without maps or compasses.

“Humans have always been challengers,” Kaifu said. “Even 30,000 years ago, people were willing to brave the sea and seek out new lands.”

Why It Matters Today

The combination of experimental archaeology and computational oceanography creates a powerful toolkit for uncovering human history. It bridges the gap between what we know from artifacts and what we can only imagine from logic.

"This kind of interdisciplinary work helps us understand migration as more than just movement—it's a story of innovation, adaptability, and endurance," said Chang.

And perhaps, it’s a reminder that even tens of thousands of years ago, humanity's instinct to explore the unknown was already alive and well.

Boomerang Found in Polish Cave May Be the Oldest Ever Discovered – And It's Made from Mammoth Ivory

A 40,000-year-old hunting tool is challenging what we thought we knew about Ice Age ingenuity.

An international team of researchers has uncovered compelling new evidence that a mammoth ivory boomerang found in a cave in southern Poland could be the oldest known boomerang ever discovered. Their findings, recently published in PLOS ONE, suggest this sophisticated hunting weapon may date back as far as 42,000 years—making it a remarkable testament to early human innovation in Ice Age Europe.

An Ancient Discovery Revisited

The boomerang was originally unearthed in 1985, deep inside Obłazowa Cave in the Western Carpathians. Measuring 72 cm in length and carved from mammoth tusk, it featured a curved, flattened design nearly identical to the throwing sticks still used by Australian Aboriginal peoples today.

At the time of its discovery, the artifact was recognized as highly unusual—but its true age remained uncertain. An early radiocarbon test gave an estimate of 18,000 years, but this result was later called into question due to contamination from conservation chemicals.

Now, nearly four decades later, the mystery surrounding the boomerang’s origin may finally be solved.

New Clues from Bones, Not the Boomerang

Because the boomerang itself was too fragile to be tested again, the research team turned to indirect dating methods. They analyzed animal bones and a human thumb bone excavated from the same archaeological layer as the boomerang—Layer VIII of Obłazowa Cave.

One standout find: the human finger bone, which was genetically confirmed to be from a Homo sapiens individual who lived approximately 31,000 years ago.

More crucially, radiocarbon dating of numerous animal bones from the same layer—many of them also shaped by human hands—yielded an average age of roughly 41,500 years. Using advanced statistical modeling, the researchers estimate the boomerang dates between 39,280 and 42,290 years ago.

A Weapon Carved from a Mammoth

The boomerang wasn’t just old—it was also made from one of the Ice Age’s most iconic animals. Mammoth ivory, prized for its strength and flexibility, would have required serious skill to carve.

“This wasn’t just a shaped stick,” notes lead researcher Prof. Sahra Talamo. “It was a complex tool that required deep knowledge of materials and aerodynamic design.”

Its arched shape and flattened cross-section are hallmarks of boomerangs designed for straight flight, commonly used to hunt small game or birds—not necessarily to return to the thrower.

A Glimpse Into Prehistoric Intelligence

The discovery reshapes our understanding of early humans in Europe. If confirmed, this would push back the timeline for advanced toolmaking in the region by thousands of years, placing Ice Age Europeans on par with their more famous hunter-gatherer cousins in Australia and Africa.

“This find challenges assumptions that such sophisticated weapons were only developed in later, warmer periods,” says co-author Prof. Paweł Valde-Nowak.

Where It Was Found: Obłazowa Cave

Obłazowa Cave, located in Poland’s Podhale Basin, is a rich archaeological site with layers dating to multiple prehistoric cultures, including the Aurignacian, Szeletian, and Mousterian periods. It’s yielded tools, ornaments, and even a rare Paleolithic burial.

Now, it can add the world’s oldest known boomerang to that list.

What’s Next?

While direct testing of the artifact remains impossible, the authors emphasize that more discoveries like this may still be waiting beneath Europe’s soil—or inside museum storage rooms.

“We now have a more refined model for dating such finds,” says Prof. Adam Nadachowski. “And we hope this encourages further reexaminations of Ice Age tools using modern technology.”

When Ideas Traveled Further Than People: New Study Reveals How Farming Spread Across Ancient Anatolia

A groundbreaking study combining archaeology and ancient DNA is rewriting what we know about how farming and sedentary life spread through prehistoric Anatolia.

The rise of agriculture—arguably one of the most transformative shifts in human history—didn’t always move with migrating people. Instead, new research shows that in parts of ancient Anatolia, it was ideas, not farmers, that traveled the furthest.

This revelation comes from a Turkish-Swiss collaboration, published in Science, where researchers used a rare combination of ancient genome sequencing and large-scale archaeological data to untangle a long-standing debate: Did farming spread by cultural diffusion or population movement? The answer is more nuanced than previously imagined.

The Birthplace of Farming and a Puzzle of Movement

Modern-day Turkey, home to the Fertile Crescent’s western edges, was central to the Neolithic revolution. Around 10,000 years ago, communities here began the radical shift from hunting and gathering to settled village life with domesticated plants and animals.

Until now, scientists assumed that this change spread into neighboring regions primarily through migration. But the new study—led by experts from Middle East Technical University, Hacettepe University, and the University of Lausanne—suggests a more complex story.

“In some regions of West Anatolia, we see major cultural transitions, but without evidence of new populations arriving,” says Dr. Dilek Koptekin, lead author. “People didn’t move—but their ideas did.”

Genetics Meets Pottery: A Revolutionary Method

To reach these conclusions, the team sequenced the oldest known genome from West Anatolia, a 9,000-year-old individual, along with 29 other newly recovered ancient genomes. Surprisingly, across 7,000 years of settlement, the genetic signatures remained strikingly consistent—even as the material culture changed drastically.

“People moved out of caves, built homes, adopted new tools and rituals—all without being replaced by incoming populations,” explains Dr. Anna-Sapfo Malaspinas, a computational biologist at UNIL. “This clearly points to cultural transmission over mass migration.”

But the study didn’t stop with genetics.

The researchers also developed a novel approach to quantify archaeological data—assigning numerical values to artifacts like pottery styles, tools, and architectural features from hundreds of published sources. This allowed them to systematically match cultural shifts with genetic data from the same regions and timeframes.

“We finally had a way to directly compare how cultural practices spread in relation to biological ancestry,” says archaeologist Çiğdem Atakuman from METU. “This was a first.”

Not All Pots Mean People

The findings challenge the long-standing archaeological saying: “Pots don’t equal people.”

In West Anatolia, at least, the saying holds true. Communities took on new lifestyles without being genetically replaced. Farming and village life emerged not from colonization, but from cultural influence—perhaps via trade, seasonal visits, or symbolic exchanges.

However, other regions told a different story.

Around 7,000 BCE, DNA reveals clear signs of population movement and admixture in central and Aegean Anatolia. Here, both genes and ideas traveled together, signaling a new wave of migrations that would later push into Europe.

“The Neolithic was not one-size-fits-all,” says Dr. Füsun Özer of Hacettepe University. “It was a mosaic of local adaptations, cultural exchanges, and, in some places, true migration.”

Why It Matters: A New Model of Human Change

The study’s broader impact lies not just in what it reveals about the Neolithic, but how it was done. By integrating archaeological and genetic data at this scale, the researchers offer a new model for understanding ancient human transitions—one that moves beyond simplistic narratives of replacement or isolation.

“Humans don’t need a crisis or invasion to change,” says Koptekin. “We’re naturally innovative, curious, and open to new ways of life.”

A Call for Global, Inclusive Research

The study also highlights the value of locally led research. Unlike many high-profile genetics papers that center on labs in North America or Western Europe, this project was conceived and led by researchers in Turkey—the very region under study.

“It shows how powerful science can be when research is rooted in the communities and landscapes it investigates,” says Malaspinas. “This should be the model moving forward—more inclusive, more global, and more collaborative.”

Bottom Line:

The shift to farming in Anatolia wasn’t a single process—it was a patchwork of movement, tradition, and innovation. In many places, ideas outpaced people, changing the world without changing who lived in it.

This study not only reshapes our understanding of the Neolithic—it also opens the door to new, more sophisticated ways of exploring how humans adapt, exchange, and evolve.

First Hominin Fossils Recovered from Submerged Sundaland: A Game-Changer in Southeast Asia's Human Prehistory

For the first time ever, hominin fossils have been found beneath the sea floor of Sundaland—offering rare, tangible evidence that our early human ancestors once roamed these now-submerged lowlands.

A recent study led by Dr. Harold Berghuis and published in Quaternary Environments and Humans reveals that one of these fossils—recovered during a routine construction dredging operation—belongs to Homo erectus, a key player in the human evolutionary story. These are the first hominin fossils ever recovered from the submerged regions of Sundaland, a vast expanse of land that connected parts of Southeast Asia during the Pleistocene era.

The Forgotten Land Beneath the Waves

Much of what we know about ancient hominins in Southeast Asia comes from fossils found on present-day land: Java, Flores, Luzon. But during the Ice Age, sea levels dropped dramatically, exposing a massive landmass—Sundaland—that linked modern-day Indonesia, Malaysia, and parts of mainland Asia. This now-submerged region was once a continuous stretch of plains, valleys, and river systems, potentially teeming with hominins like Homo erectus.

Despite this potential, the seabed has remained largely unexplored. The main obstacle? Access. Excavating underwater sediments is expensive and usually only happens during industrial projects—like the one that led to this discovery.

How Construction Uncovered a Deep Past

In 2014–2015, the port company Berlian Manyar Sejahtera (BMS) initiated a large-scale land reclamation project near Surabaya, Indonesia. Over 5 million cubic meters of seabed sand were dredged to create a 100-hectare artificial island for cargo operations.

Later inspection of the newly formed island revealed an unexpected treasure: thousands of fossilized vertebrate remains—6,732 specimens in total—including two hominin fossils, now dubbed Madura Strait 1 (MS1) and Madura Strait 2 (MS2).

What the Fossils Tell Us

After rigorous comparative analysis, Dr. Berghuis and his team identified MS1 as belonging to Homo erectus, specifically resembling late Middle Pleistocene Javanese individuals dating to 140,000–92,000 years ago. MS2 was harder to pin down but appears to belong to an archaic Homo species.

This discovery extends the known range of Homo erectus beyond Java, suggesting they spread across Sundaland’s now-submerged lowlands during the Middle Pleistocene.

“It’s the first solid fossil evidence from underwater Sundaland,” said Dr. Berghuis. “It proves that hominins—specifically Homo erectus—occupied these lowland plains before they were swallowed by the sea.”

Ancient Landscapes, Modern Mysteries

Geological analysis places the fossil site within Marine Isotope Stage 6 (MIS6)—a glacial period around 160,000 to 120,000 years ago when sea levels were lower, and Sundaland was exposed.

The researchers ruled out the possibility that the fossils were reworked from older deposits. The sediment layers, depth of the site, and uniform mineralization of the fossils all point to in-situ deposition rather than later disturbance.

The broader fossil assemblage paints a picture of a dry, open landscape, populated by now-extinct species like Stegodon trigonocephalus and Duboisia santeng—herbivores that would have shared their habitat with hominins.

The High Cost of Discovery

Why haven’t more fossils been found in Sundaland’s submerged terrain?

“Extracting seabed sand is very expensive,” Dr. Berghuis notes. “We typically only get access to these materials during large-scale construction. That’s why it’s critical for scientists to collaborate with port authorities and developers.”

He adds, “We may one day see another dredging operation nearby. If that happens, having paleontologists involved from the start could be crucial.”

Why It Matters

This find fills a significant gap in our understanding of early human migration in Southeast Asia. It supports the idea that hominin populations moved across Sundaland—not just between isolated islands—and highlights how much of human history is still hidden beneath the waves.

It also raises new questions:

• How far did these early humans spread?

• What other species may lie buried beneath the seabed?

• And how much more are we missing simply because of lack of access?

One thing is clear: Sundaland holds secrets, and we’ve only just begun to unlock them.

Did Women Rule Çatalhöyük? DNA Suggests a Matrilineal Society in One of the World's Oldest Cities

A groundbreaking genetic study of Neolithic remains from Çatalhöyük, one of the earliest known cities in the world, is challenging long-held assumptions about ancient social structures. The analysis suggests that female lineage played a central role in household formation—hinting at a matrilocal or even matrilineal society nearly 9,000 years ago.

Life in Neolithic Anatolia

Located in central Turkey near modern-day Konya, Çatalhöyük thrived between 7100–5500 BCE. The site is famed for its densely packed mudbrick homes and rich archaeological layers—each house built atop the ruins of the previous. The community's dead were buried beneath their floors, giving researchers a direct window into the social fabric of this ancient world.

The Big DNA Breakthrough

In a collaborative international project, scientists examined the DNA of 131 individuals buried at Çatalhöyük. Using advanced analysis of the petrous bone—a dense part of the skull ideal for DNA preservation—they discovered something striking: people buried in the same house were more closely related through the maternal line than the paternal.

“This suggests that women were more important in forming households,” says Dr. Eva Rosenstock from the University of Bonn.

In other words, it appears that people lived in matrilocal households, where women stayed put and men possibly moved in—a setup radically different from the later patriarchal norms that would dominate much of Eurasian history.

Not Quite a Matriarchy—but Close?

While the researchers stop short of calling Çatalhöyük a true matriarchy—where women held political or institutional power—there are plenty of signs suggesting high female status. Women were buried with richer grave goods, and early excavators like James Mellaart noted the abundance of female figurines at the site, long speculated to indicate goddess worship or female-centered rituals.

“It’s not a matriarchy in the classic sense,” Rosenstock clarifies, “but the archaeological and genetic evidence points to women having a central social role.”

Two Infants, One House, No Kinship

Among the key findings were two newborn skeletons excavated from the West Mound. Though found buried beneath the same home, genetic analysis showed they weren’t closely related. This reinforces earlier theories that Çatalhöyük’s households weren’t based purely on blood ties, but perhaps on shared economic, cultural, or spiritual bonds.

Continuity and Change: East and West Mounds

For decades, scholars believed there was a cultural break between Çatalhöyük’s East and West Mounds. But the genetic similarities between the two infant skeletons and older East Mound remains suggest otherwise. “It’s strong evidence of cultural and genetic continuity,” says Rosenstock.

So why was there a brief disruption around 6000 BCE when the West Mound was first built? That mystery remains unsolved.

Why It Matters

This study adds fresh weight to an ongoing academic debate: Were ancient societies more gender-balanced—or even women-led—before the rise of patriarchal institutions? While Çatalhöyük may not have been a full-fledged matriarchy, it clearly operated on very different social principles than most of the ancient and modern world.

It also opens up new questions:

• When did the shift to male-dominated structures happen across Europe and the Near East?

• How did kinship systems evolve alongside agriculture, property, and inheritance?

• And how many more clues are buried—quite literally—beneath our feet?

As scientific methods like archaeogenetics continue to evolve, so too does our understanding of who we are—and who we were.

Ancient Greeks in America? What Plutarch Reveals About a Forgotten Voyage to the New World

The idea that ancient Greeks may have reached North America sounds outrageous to many—but becomes intriguingly plausible when one closely examines the writings of ancient authors like Plutarch.
Researcher and philologist Panagiota Preka-Papadima has explored one of Plutarch’s most enigmatic passages, shedding new light on the possibility of Greek presence in the New World, centuries before Christopher Columbus.

Plutarch’s Passage and the “Great Islands”

In his work “On the Face in the Moon” (Περί του εν τω Προσωπώ της Σελήνης φαινομένου), Plutarch refers to a Greek colony located beyond the Atlantic Ocean. The text suggests that Greeks had sailed great distances and settled on islands near a massive continent “beyond the Great Sea.”

He also mentions waypoints on a maritime route, including:

• The Islands of the Blessed (likely the Canary Islands);

• A Great Island, which some interpret as Atlantis or possibly Iceland;

• And finally, a continent located beyond the Pillars of Heracles (i.e., the Atlantic Ocean).

A Greek Colony in America?

Preka-Papadima highlights a striking phrase: “The Greeks sent colonists to lands beyond the Ocean.”
According to her, this cannot simply be dismissed as myth. Plutarch—a philosopher, historian, and priest at Delphi—was not known for fantastical storytelling.

She connects this account with astronomical references in the text. Plutarch describes time intervals, lunar positions, and star movements, adding a layer of credibility. He even claims the colony communicated with Delphi every 30 years, suggesting a structured and long-term exchange.

A Map of the Greeks’ Possible Route to America

Researchers have proposed a possible route, tracing the steps outlined in the passage—through the North Atlantic and toward the shores of North America.

Matching the Ancient Descriptions to the Americas

According to Preka-Papadima:

• The distances, landmarks, and sequences described by Plutarch align remarkably well with locations in the North Atlantic—possibly leading to North America.

• The description of a continent with fresh water and mild winds corresponds to areas like Canada and the Great Lakes.

• The term “Ogygia” (used to describe the large landmass) may refer to ancient mythological realms—and could be linked to the idea of Atlantis.

Greek Seafaring Knowledge and Capabilities

This theory gains credibility when we consider that:

• The Minoans and Mycenaeans were exceptional seafarers;

• They possessed advanced astronomical knowledge and built ships capable of long-distance voyages;

• Ships like the penteconter and evolving coastal charts show a higher level of sophistication than previously believed.

Skepticism and Challenges

Still, the theory faces significant challenges:

• There is no definitive archaeological evidence of Greek presence in America—only indirect clues and controversial artifacts.

• Many classical scholars interpret Plutarch’s text metaphorically rather than literally.

• Others believe the “unknown lands” refer to Ireland, Scandinavia, or other parts of the then-known world.

Rejection or Rediscovery? A Modern Interpretive Shift

Preka-Papadima calls for a reassessment of ancient texts, guided by modern science—from geography and maritime technology to comparative mythology.

She urges scholars not to treat ancient references merely as myths, but as fragments of historical memory, preserved through oral and written traditions.

Myth or Reality?

The theory of a Greek colony in North America isn’t just another fringe hypothesis. It draws from:

• Classical texts with precise descriptions,

• Demonstrated maritime abilities of ancient civilizations,

• And mythological parallels tied to real-world geography.

We may never know with absolute certainty whether ancient Greeks truly set foot in the New World.
But the fact that thinkers like Plutarch recorded such accounts—and that modern scholars like Preka-Papadima continue to explore them—keeps alive the possibility that our civilizational history is richer and deeper than we’ve ever imagined.

Note: Ogygia, or Ogygie, is the mythical island mentioned in Homer’s Odyssey as the home of the nymph Calypso, daughter of the Titan Atlas. Some later traditions associate it with Atlantis.

Ancient Peoples Claimed They Could Hear the Northern Lights — Now Science Says They Were Right

For centuries, Indigenous peoples living near Earth’s polar regions passed down legends, beliefs, and superstitions about the aurora borealis, also known as the Northern Lights.

To the Sámi people of Scandinavia, the lights were a source of awe and fear. Elders warned children never to disturb them, lest they be swept up into the sky. The Inuit of Greenland believed the aurora was a pathway to the heavens, where the spirits of the dead played ball with a walrus skull. In Finland, some believed Arctic foxes were responsible—running so fast across the mountaintops that their tails sent up sparks that lit the night sky.

But beyond myth and metaphor, there was one striking belief that united many of these cultures:

They claimed they could hear the lights.

Reports spoke of crackling, popping, and even a soft rustling sound, like rain falling from above.

As the Danish explorer Knud Rasmussen noted in 1932, one Greenlander told him the sound was made by "the souls running across the frozen sky."

Science Used to Say It Was Impossible

For decades, scientists dismissed the idea. The aurora occurs between 60 and 200 miles above Earth, in the ionosphere—a region so thin that it can’t effectively carry sound waves. Even if the lights somehow did make noise, it was believed the sound would dissipate long before reaching the ground.

So when people described hearing crackling or humming under the shimmering sky, researchers assumed it was either a psychological phenomenon or wishful imagination.

New Research Suggests Otherwise

But recent studies are challenging that skepticism.

Unto Kalervo Laine, a professor at Aalto University in Finland, once rejected the idea himself. However, in 2000, he and his team began investigating the ancient accounts, aiming to make sense of this seemingly impossible phenomenon.

Auroras occur when solar winds carry high-speed particles from the sun toward Earth, guided by our planet’s magnetic fields. These energetic particles collide with atoms in the upper atmosphere, creating dazzling displays of light around the magnetic poles.

But Laine’s theory takes us closer to the ground.

He explains that during auroral activity, a temperature inversion layer may form closer to Earth’s surface. In this layer, warm air traps cooler air underneath—along with negatively charged particles. These charges build up beneath a layer of positively charged particles.

Then, during an aurora event, a magnetic pulse may trigger a sudden discharge—producing the very crackling or popping sounds described in ancient lore.

Echoes of the Past, Confirmed by Science

This theory would explain why the sounds often occur at the same time as the lights and why generations of people believed they were hearing the sky itself "speaking" during these celestial events.

So while solar storms may trigger the aurora borealis, the ancient people weren’t imagining things when they said the lights could be heard.

As it turns out, those old legends weren’t just stories—they were science, waiting to be understood.

Rare Byzantine Coin Discovered at Historic Fortress—What It Reveals About the Region’s Importance and History

A rare gold coin from the Byzantine Empire, dating to the reign of Emperor Justin II (565–578 CE), was recently unearthed at a fortress site—offering valuable insight into the economic history of Byzantium and the strategic significance of the location.

A Treasure from the Early Byzantine Period

The coin was found at the Tuida Fortress, a site of major strategic importance during the early Byzantine period. Located in the northeastern part of Sliven, Bulgaria, the discovery was announced by the Regional Historical Museum of Sliven.

This find marks the fourth gold coin discovered at Tuida and is especially significant due to its rarity and historical context.

The Emperor Behind the Coin

Emperor Justin II was the nephew and successor of the famous Emperor Justinian I, continuing his uncle’s legacy of ambitious construction and territorial expansion. However, Justin II’s reign was also marked by mounting pressure from the Sassanid Empire in the east and the Lombards in the west.

His rule is historically notable not just for political and military developments, but also for reports of mental instability in his later years—leading his wife, Empress Sophia, and general Tiberius to take control of imperial affairs.

The Fortress of Tuida: A Sentinel Through the Ages

Perched atop Hisarlaka Hill, Tuida Fortress was part of the Stara Planina (Balkan Mountains) defense network. Initially constructed at the end of the Roman period, it was rebuilt during the early Byzantine era. It served as a key military and administrative hub and played a crucial role in the defense of the region throughout Roman, Byzantine, and medieval Bulgarian history—guarding trade routes and deterring invasions.

Details of the Discovery

Initially believed to date to Justinian I’s reign, the coin was confirmed—after cleaning and analysis—to belong to Justinian II’s rule. On its obverse (front side), the coin features a bust of the emperor holding an orb topped with the Roman goddess Victory (Nike).

The Latin inscription reads:

D N IVSTINVS P P AVG, which translates to:

• D N = Dominus Noster = Our Lord

• IVSTINVS = Justin (name)

• P P = Perpetuus (or Perpetuus Pontifex) = Eternal

• AVG = Augustus = The Revered One

Together: “Our Lord Justin, Eternal Augustus”—a traditional imperial title reflecting divine authority and sovereignty.

The reverse side bears the inscription: VICTORIA AVGGG ΘS, commonly seen on Roman and Byzantine coins. It breaks down as:

• VICTORIA = Victory

• AVGGG = Plural of Augustus, suggesting three emperors (possibly representing a triarchy or shared rule)

• ΘS = Abbreviation from the Greek “Theos” = God or Divine

This side also features Emperor Justin holding an orb with Nike, gazing forward. Experts believe the coin was likely minted in Theopolis—the historical name for Antioch, one of the Byzantine Empire’s most significant cities.

Located in modern-day southern Turkey, near the Syrian border, Antioch was a major administrative, commercial, and religious hub during both the Roman and Byzantine eras. The “ΘS” mint mark supports the theory that the coin was struck at the Antioch mint, further enhancing the find’s historical and geographical importance.

Why This Find Matters

To date, archaeologists have uncovered 23 coins at Tuida during this season alone, ranging from the 2nd–3rd centuries CE to the 12th–13th centuries. These discoveries provide a wealth of information about continuous habitation and regional importance during centuries of political upheaval.

The discovery of this rare solidus of Justin II adds significantly to the numismatic and economic history of Byzantium. It also highlights Tuida Fortress’s role as a vital link in the empire’s defensive and administrative network during the early Byzantine period.

For historians and scholars alike, this gold artifact opens new windows into the rich cultural heritage of the Byzantine Empire in southeastern Europe, while reinforcing the legacy of Sliven—one of Bulgaria’s oldest continually inhabited regions.

Ancient Temple of a Lost Civilization Discovered — A Mysterious Culture Leaves More Questions Than Answers

On the southern shores of Lake Titicaca, in what is now Bolivia, more than a thousand years ago, one of the most powerful—yet enigmatic—civilizations of the Andes once thrived.

Known as the Tiwanaku, this culture is considered one of the earliest complex societies in the region and a forerunner of the Inca Empire. Despite their influence, the Tiwanaku mysteriously declined around 1000 CE, leaving behind a legacy clouded in mystery.

Now, a newly uncovered ancient temple by researchers from Penn State University and Bolivia may help illuminate the grandeur and influence of this lost culture that once dominated the Andean highlands.

A Discovery That Reshapes History

Published in the journal Antiquity, the find confirms that the Tiwanaku's territorial reach extended farther than previously believed. It also reveals how the civilization developed intricate economic and religious networks across an ecologically diverse region.

The temple, named Palaspata, after its surrounding area, lies nearly 130 kilometers south of the main archaeological site of Tiwanaku. Located atop a hill, it remained invisible to archaeologists for centuries, though known to local farmers.

A Strategic Location

According to lead researcher José Capriles, associate professor of anthropology at Penn State, the site’s location was no accident. Perched on high ground, Palaspata sits at a crossroads between three major trade routes: the highlands around Lake Titicaca to the north, the arid Andean plateau ideal for llama grazing to the west, and the fertile Cochabamba valleys to the east.

“This convergence of distinct ecosystems likely made Palaspata a hub of exchange and cooperation between diverse communities,” Capriles explains.

A Ceremonial Complex Hidden in Plain Sight

Using satellite imagery and drone photography, the research team digitally reconstructed the temple’s structure in 3D. The results revealed a ceremonial complex measuring roughly 125 by 145 meters, composed of 15 enclosed quadrants arranged around a central courtyard. Its alignment follows the solar equinox, suggesting a strong ritualistic function.

Although located 209.2 kilometers south of the main Tiwanaku site, Palaspata had never been fully explored—perhaps because of its seemingly unremarkable setting.

Signs of Ritual and Divine Legitimacy

The team unearthed fragments of ceremonial vessels (kerus) used for drinking chicha, a corn beer traditionally consumed during agricultural festivals. The presence of these items is significant, as maize does not grow at such altitudes—it must have been brought from the lower Cochabamba valleys.

This points to Palaspata not just as a religious center, but as a redistribution hub—a place where economic exchange was sanctioned through spiritual practices.

“In societies like the Tiwanaku,” Capriles notes, “religion was the common language that enabled collaboration across scattered communities. Even political and economic control was exercised through the divine.”

For Justo Ventura Guarayo, mayor of the nearby town of Caracollo, the discovery is more than academic. “This legacy had been completely forgotten—even by us,” he admitted.

From Forgotten Hilltop to National Treasure

Local authorities are now collaborating with the Bolivian government to preserve the site and promote it as a cultural and tourist destination. Experts like Capriles have committed to ensuring its protection and public recognition.

But as one mystery unfolds, new questions emerge:

• How far did the Tiwanaku's influence truly stretch?

• How exactly were their trade and religious networks organized?

Capriles remains cautious: “There’s still so much to discover. Sometimes, the clues are right in front of us—we just need to learn how to see them.”

Marble Caves: Chile’s Natural Wonder That Leaves Visitors in Awe

Tucked away in the heart of Patagonia, on the shimmering waters of General Carrera Lake—shared by Chile and Argentina—lies one of the most breathtaking natural wonders of the world: the Marble Caves, also known as Capillas de Mármol or “Marble Chapels,” and often referred to as Marble Cathedrals due to their majestic beauty.

These awe-inspiring caves are not the result of human design, but rather the work of nature's slow and steady hand. Formed over 6,000 years ago, the caves were sculpted by the gentle but persistent erosion of limestone, a sedimentary rock, by the lake’s waters. The result is a series of wave-like, flowing geological formations that seem almost otherworldly.

A Symphony of Light, Water, and Stone

The three most famous formations in the Aysén region are La Capilla (The Chapel), El Catedral (The Cathedral), and La Cueva (The Cave). Visitors are mesmerized by the way the crystal-clear turquoise waters interact with the natural light, casting dazzling reflections on the marble walls. These surfaces shimmer in shades of gray, white, green, and even yellow, creating a dreamlike, ethereal atmosphere inside the caves.

What makes the experience even more magical is its ever-changing nature. Depending on the time of day, season, weather, and angle of sunlight, the caves offer different visual spectacles—ensuring that no two visits are ever quite the same. It's no surprise that thousands of travelers from around the world flock to this hidden gem to witness its surreal beauty up close.

Accessing the Marble Caves

The only way to reach the caves is by boat or kayak, making the journey part of the adventure. Travelers must first arrive at the small town of Puerto Río Tranquilo, where they can join guided tours using small boats or kayaks that glide through the serene lake waters, bringing them into the heart of the marble labyrinth.

The full excursion typically lasts around two hours, allowing ample time for exploration, photography, and peaceful contemplation.

Best Time to Visit

The optimal time to visit is between December and March, when weather conditions are more favorable and the lake is calmer, making navigation easier and the experience safer and more enjoyable. During this period, the emerald and aquamarine hues of the lake contrast beautifully with the backdrop of the majestic Andes Mountains, offering a picture-perfect setting.

A Sanctuary for Wildlife

Beyond their visual splendor, the caves also provide shelter for various species of wildlife, including birds, fish, and even sea lions, adding another layer of wonder to an already unforgettable experience.

Researchers Create “Living Material” That Captures Carbon Dioxide

A groundbreaking innovation with the potential to transform building materials and environmental technology has been unveiled by a research team at ETH Zurich. The team has developed a new kind of living material—one that not only "breathes" but also actively captures carbon dioxide (CO₂) from the atmosphere. This novel material incorporates cyanobacteria, photosynthetic microorganisms among the oldest life forms on Earth, into a 3D-printable gel.

The result of this interdisciplinary approach—recently published in Nature Communications—is a living, growing material with dual carbon capture capability. Specifically, it stores CO₂ both by creating biomass and by forming inorganic compounds like carbonate salts. This dual function ensures more stable, long-term carbon storage.

A Material That Grows—and Captures CO₂

The new material can take various shapes through 3D printing and requires only light, artificial seawater, and CO₂ to grow. According to the researchers, it could one day be integrated directly into buildings, making carbon capture a built-in function of architectural infrastructure.

The key innovation lies in the cyanobacteria’s ability not only to absorb CO₂ and convert it into organic matter, but also to alter their chemical environment to form solid carbonate salts such as limestone. Researchers leveraged this process so that minerals deposit inside the material, reinforcing it over time. As a result, the initially soft material gradually hardens, gaining structural stability.

In tests lasting 400 days, the material continued to absorb CO₂, with most of the carbon stored in inorganic form—about 26 milligrams of CO₂ per gram of material. This is a significantly higher performance than other biological methods and is comparable to chemical carbon storage used in recycled concrete.

Designed for Performance and Longevity

The cyanobacteria are housed in a hydrogel—a water-rich polymer designed to allow light, CO₂, and nutrients to reach the cells. This setup keeps the microbes alive and active for extended periods. To boost performance, the team also optimized the geometry of the printed structures, increasing surface exposure to light and promoting capillary-driven nutrient distribution.

Dalia Dranseike, co-author of the study, emphasized that this design enabled the cyanobacteria to remain productive for over a year, showcasing the system's durability and viability.

This living material is expected to become a sustainable and energy-efficient solution for atmospheric carbon capture, complementing existing chemical methods. The research team plans to explore its use as a façade coating for buildings, offering continuous CO₂ absorption throughout the building’s lifespan.

From the Lab to Real-World Applications

The concept has already moved beyond the lab to its first real-world applications. At the Venice Architecture Biennale, the installation Picoplanktonics showcased 3D-printed structures made from the material, shaped like tree trunks up to three meters tall. These living sculptures can capture up to 18 kilograms of CO₂ per year—the equivalent of what a 20-year-old pine tree absorbs annually.

At the Triennale di Milano, another project titled Dafne's Skin explores the use of living materials as architectural coatings. Microorganisms grow on wooden tiles, forming a green patina that transforms weathering into an aesthetic and functional feature.

This living material is the result of the ALIVE (Advanced Engineering with Living Materials) initiative at ETH Zurich, which fosters collaboration among architects, biologists, engineers, and materials scientists. The aim is to develop new bio-based materials for a more sustainable future.

Third Phase of the Kasta Tomb Restoration and Promotion Project Enters Bidding Stage

The third phase of the restoration and promotion of the Kasta Tomb in Amphipolis, Serres, has officially entered the public bidding stage, according to Serres Deputy Regional Governor Panagiotis Spyropoulos. Speaking during a special session of the Regional Council of Central Macedonia—focused on the accountability of the regional administration—Spyropoulos responded to a proposal by regional councilor Maria Papadimitriou, from the “Change in the Region of Central Macedonia” party, regarding accessibility improvements to the Kasta Tomb site.

Spyropoulos emphasized that Phase III – Stabilization, Conservation, Restoration, and Promotion of the Kasta Tomb Monument in Amphipolis, Serres has already been approved for funding under the Operational Program of the Region of Central Macedonia, with support from the European Regional Development Fund (ERDF) for the 2021–2027 programming period, with a total budget of €3,407,452. The project is being executed by the Department of Ancient Monuments of the Ministry of Culture, and, per the approval decision, is scheduled for completion by December 31, 2027.

What the Restoration Work Includes

The planned works include reshaping the eastern and northern slopes downstream of the Peribolos wall and modifying the overall geometry of the tumulus. It will also involve the construction of a perimeter path, the installation of drainage and hydraulic systems within the tomb and surrounding area, and the restoration and highlighting of additional sections of the Peribolos as well as scattered architectural elements.

One key part of the project is a special geotechnical operation to stabilize the excavation of the burial chamber, along with the installation of a metal support structure along the chamber walls in Chamber 4 of the tomb. Other interventions include:

• Stabilization and restoration of Chamber 4

• Restoration of the corbelled arch, diaphragm D3, and surrounding masonry

• Reinstallation of the two-leaf marble door and the marble wings and head of the sphinx sculptures

• Remodeling of the external façades of the tomb

• Installation of monumental lighting

• Construction of an internal staircase in Chamber 1

The project will also involve the conservation of plasters, mosaics, stone decorative elements, and sculptures in Chamber 4, specifically focusing on the mortars and coatings in the box-shaped burial structure. Additionally, a monitoring system for environmental conditions will be installed inside the tomb.

Collaboration for a Second Major Project

Furthermore, the Special Management Service is currently working with the Ministry of Culture to prepare a second project proposal for inclusion in the program. This project, titled “Exhibition Space, Visitor Reception and Information Infrastructure for the Kasta Tomb Monument in Amphipolis, Serres,” has a proposed budget of €6,927,000.

This second project includes two major components:

1. Exhibition and Reception Building

The first component involves constructing a partially underground exhibition building with a green roof, designed so that the visible part offers direct views of the tomb and surrounding archaeological site. In addition to the exhibition hall—occupying the largest part of the structure—the building will include a visitor reception area, public service spaces, a refreshment area, and electromechanical facilities. The project will ensure that all construction and technical systems meet modern standards for accessibility, full functionality, and energy efficiency.

2. Archaeological Site Design and Visitor Infrastructure

The second component focuses on developing the archaeological site with visitor pathways and informative infrastructure. The visitor route will loop around the tumulus at an appropriate distance to allow clear views of the monument, while also emphasizing its relationship to the broader Amphipolis site and the Strymon River. This path will connect directly to the exhibition center, with a branch leading to the entrance of the tomb itself.

Designated viewing platforms and an open-air exhibit area for architectural fragments (which cannot be reinstalled on the monument) will also be created. Additionally, the final stone surfaces (marble and porous limestone) of the Peribolos wall—restored as part of the monument’s reconstruction—will be conserved.

Enhancing the Visitor Experience

Inside the exhibition building, the first room will showcase findings from the tomb, presented through informational panels and digital displays. The second room will feature immersive augmented-reality installations, allowing visitors to interact virtually with the monument. In the third section, an open-air portico facing the tomb, visitors will gain a comprehensive understanding of the Kasta mound and its preserved original marble façade.

The visitor experience will also be enhanced with informational signs, tactile models, printed guides (including Braille editions), and a mobile-friendly digital app accessible to people with disabilities (PWDs). The plan also includes a slope reinforcement study for access routes and the entrance, and the construction of a parking lot and PWD-friendly access routes.

Timeline and Oversight

The first component of the new project will be carried out by the Museum Directorate of the Ministry of Culture and completed by April 30, 2027. The second component will be implemented by the Ephorate of Antiquities of Serres and is scheduled for completion by July 31, 2027.

Spyropoulos reaffirmed the Regional Government’s strong commitment to supporting this globally significant Macedonian monument, emphasizing that all progress must happen under the careful supervision of the Ministry of Culture's specialized services. He concluded by stating that the Region of Central Macedonia has been, is, and will remain a steadfast partner in the ongoing effort, ensuring uninterrupted financial support for all necessary projects.

Controversial Project to Create Artificial Human DNA Underway

Work has officially begun on a controversial initiative to create the basic elements of human life from scratch—an unprecedented global milestone, according to the BBC. Until recently, such research had been considered taboo, primarily due to fears it could result in unpredictable consequences for future generations.

But now, as the BBC reports, the world’s largest medical charity, the Wellcome Trust, has kickstarted the project with an initial £10 million investment. The organization argues that the benefits of the project outweigh the risks, with the potential to accelerate treatments for numerous incurable diseases.

Dr. Julian Sale of the MRC Laboratory of Molecular Biology in Cambridge, who is part of the project, told the BBC that this research marks the next giant leap in biology. “The possibilities are endless,” he said. “We’re exploring therapies that could improve human health during aging, leading to healthier aging with fewer diseases. Our goal is to engineer disease-resistant cells that could be used to repair damaged organs—like the liver or heart—and even the immune system.”

Ethical Concerns and Scientific Hopes

Despite its promise, the project is stirring concern among critics, who worry it could pave the way for unethical scientists to create enhanced or genetically modified humans. Dr. Pat Thomas, director of Beyond GM, warned: “We like to believe all scientists have good intentions, but science can be used for harm—and for war.”

Details of the project were released to coincide with the 25th anniversary of the completion of the Human Genome Project, which mapped out the molecules that make up human DNA—a major achievement also heavily funded by Wellcome.

Every cell in our body contains a molecule called DNA, which holds the genetic instructions essential for life. DNA is composed of four chemical bases—A, G, C, and T—repeated in countless combinations. Astonishingly, this molecular code contains all the genetic information that defines us.

The Human Genome Project enabled scientists to read all human genes like a barcode. The new effort—called the Synthetic Human Genome Project—aims to go far beyond that. It may one day allow researchers not just to read DNA, but to construct it molecule by molecule, entirely from scratch.

Building Life from the Ground Up

The immediate goal is to develop methods for synthesizing larger and larger segments of human DNA, ultimately working up to an entire synthetic human chromosome. These chromosomes contain the genes that guide our development and protect our health. Scientists hope that by artificially constructing these genes, they can study them more effectively—and conduct experiments to learn how DNA truly regulates our bodies.

According to Professor Matthew Hurles, director of the Wellcome Sanger Institute—which mapped the largest section of the human genome—many diseases arise when genes malfunction. Studying synthetic genes could therefore lead to more targeted and effective treatments. “Building DNA from scratch lets us test how DNA really works and try new theories—something we can currently only do by modifying DNA that already exists in living systems,” he explained.

The Dark Side of Innovation

While the project focuses on medical applications, experts warn that the same technology could easily be misused. Rogue scientists might attempt to create biological weapons, enhanced humans, or even hybrid creatures containing human DNA. Professor Bill Earnshaw, a genetics expert at the University of Edinburgh and pioneer of artificial human chromosomes, voiced serious concerns:

“The genie is out of the bottle,” he told the BBC. “We might have some regulations now, but if a group with access to the right technology decided to synthesize anything—they probably couldn’t be stopped.”

Dr. Thomas also questioned how such technologies would be commercialized by healthcare companies. “If we create synthetic body parts—or even synthetic humans—who owns them? And who owns the data generated from those creations?” she asked.

Why Fund It?

Given the risks, why did Wellcome decide to fund the project? According to Dr. Tom Collins, who authorized the funding, the decision wasn’t taken lightly.

“We asked ourselves what the cost of inaction would be,” he said. “This technology is going to be developed eventually. By doing it now, we aim to guide it in the most responsible way possible and address the ethical challenges proactively.”

To ensure that, a dedicated social science program will run alongside the scientific research, led by Professor Joy Zhang, a sociologist at the University of Kent.

“We want to gather input from experts, social scientists, and most importantly, the public—how they feel about the program, how it might benefit them, and what questions or concerns they have,” Zhang noted.

Rock-Carved Roman-Era Homes Unearthed in Southern France

A five-month-long excavation in southeastern France has revealed a remarkable archaeological site featuring rock-hewn dwellings, an elaborate polychrome mosaic, Late Roman tombs, and a sophisticated drainage system—all of which offer new insight into ancient craftsmanship and urban design.

Archaeologists from France’s National Institute for Preventive Archaeological Research (INRAP) conducted the excavation on the slopes overlooking Alès, a city in the Occitanie region. Their findings point to continuous human occupation at the site from the 2nd to the 6th century CE, during the Gallo-Roman period.

Homes Carved Into the Hillside

The excavation, which covered an area of 3,750 square meters in the L’Hermitage district, uncovered at least four ancient homes partially carved directly into the rock. The inner walls were lined with clay coatings to prevent rainwater from seeping in through the limestone bedrock—an early example of passive water management.

The drainage system beneath these homes was equally impressive: built using repurposed roof tiles and bricks, the network efficiently channeled water away, showcasing a deep understanding of hydraulic and architectural engineering in antiquity.

A Masterpiece in Stone and Color

The most striking discovery was a 750-square-meter structure that had undergone at least two major renovations. Initially featuring an earthen floor, the house was later upgraded with cement-based flooring and mosaic panels—testifying to the elevated status of its occupants.

In a room measuring 4.5 by 3.8 meters, archaeologists revealed a well-preserved mosaic floor. At its center: intricate interlaced geometric patterns in black and white tesserae, accented with rare purple-red tones—likely derived from vermilion, a mercury-based mineral pigment reserved for the elite.

Even rarer were yellow tesserae, which further underscore the artistic sophistication and uniqueness of the piece. Some parts of the floor remained plain white, possibly to accommodate furniture or storage benches, while a bordering motif of white crosses on black may mark passageways to other rooms.

Researchers are now examining whether the building was a Roman domus—a type of upper-class urban home characteristic of the Roman Empire.

A Clever Clay Jar Drainage System

On the building’s eastern side, a particularly ingenious sewage system was discovered. Made from a sequence of amphorae (ceramic storage jars) with their bases removed and necks fitted together, the system drained rainwater from the roof outward—an innovative use of available materials for environmental control.

A Silent Necropolis

To the south of the site, archaeologists unearthed a Late Roman necropolis (5th–6th century CE), with at least ten tombs. The deceased were interred facing west, likely in wooden coffins that have since decomposed. Some tombs were covered with stone slabs, but grave goods were rare.

Two isolated burials to the northwest appear to belong to the same era, though radiocarbon dating will help refine their timeline.

Layers of History Above and Below

Between the 16th and 18th centuries, the landscape was reshaped into agricultural terraces, and in the 19th century, the land was again altered—explaining the overlying deposits that preserved these ancient layers.

The discovery reinforces Alès’s importance as a continuously inhabited settlement since antiquity and showcases the advanced technical skill and aesthetic sensibility of its ancient inhabitants.

The mosaic, in particular, stands out as one of the most significant archaeological finds in the region in decades, offering a vibrant glimpse into domestic life and artistic expression in Roman Gaul.

Massive Marble Marketplace Unearthed in Ancient Greek City of Asia Minor

Turkish archaeologists have unearthed a vast, beautifully preserved marble-paved square in the ancient city of Magnesia ad Maeandrum, revealing what is now confirmed as the largest known marketplace (agora) of the city—spanning a staggering 25,000 square meters.

An Ancient City at the Crossroads of Civilizations

Founded by settlers from Thessalian Magnesia and Crete in the 10th century BCE, Magnesia was strategically located near the cities of Priene, Ephesus, and Tralles, flourishing as one of the major urban centers in western Anatolia. Though geographically part of Ionia, its residents spoke the Aeolic dialect, a unique cultural blend that made Magnesia distinct.

Located near present-day Germencik in Turkey’s Aydın province, and nestled at the base of Mount Thorax near the Lethacus River (a tributary of the Maeander), the ancient city was also renowned for its fertile lands, which produced excellent wine and fruits.

A Monumental Agora Reemerges

The monumental agora, believed to be the city’s main civic and ceremonial center, was buried under nearly four meters of sediment due to ancient earthquakes and flooding from the Maeander River.

Despite this, excavations—ongoing since 2021—have revealed over 10,000 square meters of the site so far, including intact marble flooring and surrounding architectural elements in exceptional condition.

Leading the dig is Associate Professor Gorkem Kokdemir, of Ankara University’s Archaeology Department, under the auspices of Turkey’s Ministry of Culture and Tourism as part of the “Heritage for the Future” program.

“This is one of the most important discoveries in Western Anatolia,” Kokdemir told Anadolu Agency. “The agora's marble pavement has survived almost completely intact. It’s a remarkable preservation of ancient urban infrastructure.”

The Heart and Memory of the City

Contrary to a commercial marketplace as we understand it today, the ancient agora functioned as a civic core, where public memory, governance, and knowledge were preserved and transmitted.

“Imagine a place not centered around trade, but the very soul of the city,” Kokdemir emphasized. “This is where the community gathered, where decisions were made, and where the past was safeguarded for the future.”

The agora is surrounded on all four sides by colonnaded stoas and enclosed rooms, some of which are believed to have housed public archives.

Previous German-led excavations unearthed nearly 200 inscriptions from just two of these chambers—suggesting that the site could yield a wealth of historical records as excavations expand.

Next Steps and Cultural Significance

With approximately 15,000 square meters still buried, archaeologists plan to extend excavations toward the southern stoa, where more structures may lie hidden.

As work continues, the research team envisions the site as a future archaeological park, complete with visitor pathways and interpretive displays—bringing the once-forgotten civic heart of Magnesia back into public consciousness.

This rediscovery not only deepens our understanding of urban life in ancient Anatolia but also highlights Magnesia’s role as a beacon of Hellenistic architecture, civic planning, and cultural memory.