“The Ladies of Anavlochos”: A Mystery of Broken Figurines on a Cretan Mountainside — Destroyed in Ritual?

High in the hills of Lasithi, Crete, archaeologists have uncovered a remarkable and puzzling collection: hundreds of terracotta figurines and votive plaques, all representing female figures, tucked away in crevices along the rugged slopes of ancient Anavlochos.

Dubbed “The Ladies of Anavlochos” by researchers, these artifacts date from 900 to 350 BCE and are believed to have been ritual offerings. Curiously, all of them are broken.

Why were they destroyed? Was it part of a ritual, or simply the result of time and exposure to the elements?

A Mountain Shrine with a View

The figurines were found in a remote, hard-to-reach area, but one that offers sweeping views of the Cretan countryside and the Mediterranean Sea. Leading the excavation is Florence Gaignerot-Driessen, associate professor of Classics at the University of Cincinnati and head of an international research team.

“The landscape is breathtaking,” Gaignerot-Driessen notes. Despite the strenuous climb required to reach the site, she insists, “It’s worth every step.”

The figurines themselves were simple votive offerings—not made of precious materials, but meaningful nonetheless.

“You didn’t have to be wealthy or important to dedicate one,” she explains. “Their value lies not in the materials, but in what they reveal about ancient craftsmanship and belief systems.”

Broken on Purpose?

In 2018, Florence Gaignerot-Driessen led the excavations at Anavlochos, along with her team of students and international researchers.
Photo: Florence Gaignerot-Driessen

The team has yet to determine whether the figurines were deliberately broken as part of a ritual or whether they were simply damaged over time.

To find out, the researchers turned to cutting-edge technology: 3D scanning, printing, and manual clay reconstruction.

Working with Sabine Sorin of France’s National Center for Scientific Research (CNRS), they created digital models and resin replicas of the figurines to analyze their shapes, break patterns, and manufacturing techniques.

The next step is to compare the fragments and replicas to determine whether the originals were mold-made or sculpted by hand.

“If molds were used,” says Gaignerot-Driessen, “production would have been faster and more consistent.”

Symbols, Sphinxes, and Rituals

Anavlochos was inhabited between 1200 and 650 BCE, but many of the offerings were deposited centuries after the site was abandoned, suggesting that its religious significance endured.

Among the finds are terracotta plaques featuring the Sphinx—a mythical creature with the head and torso of a woman and the body of a winged lion—as well as other female figures in long robes, some wearing a pólos (a decorative headdress), and others draped in a cloak known as an epiblema.

One of the votive plaques discovered at Anavlochos.
Photo: Florence Gaignerot-Driessen / Anavlochos Project

These artistic styles reflect Near Eastern influences on early Greek culture.

“We know that by the 7th century BCE, imported goods and migrant craftsmen from the Near East had reached Crete,” explains Gaignerot-Driessen.

Though no written records have survived to describe the rituals at Anavlochos, Gaignerot-Driessen speculates they may have involved rites of passage or initiation ceremonies for young women.

“These figurines may have been offerings to a deity for protection during key life transitions—like adolescence or motherhood,” she suggests.

What's Next?

In the coming months, Gaignerot-Driessen will return to Crete with five students to continue excavations and conduct experimental archaeology—reproducing and breaking newly made clay figurines using local Cretan clay, to test ancient methods and ritual theories.

As the mystery of the Ladies of Anavlochos unfolds, their broken forms may yet tell a deeper story of spiritual devotion, transformation, and memory in ancient Crete.

What the Parthenon Looked Like When It Was Completed

Now, thanks to a groundbreaking project that blends history with cutting-edge technology, we can experience the majestic Parthenon as it once stood in all its glory.

Through a years-long effort combining historical research, astronomical data, and computer-generated imagery (CGI), Oxford University archaeologist Juan de Lara has digitally reconstructed the Parthenon as it would have appeared to visitors in 432 BCE—at the height of its splendor.

The result is a breathtaking glimpse into one of the greatest architectural achievements of ancient Greece. It also sets a new standard for how we digitally preserve and interpret historical landmarks for scholars, museumgoers, and the general public alike.

“If the Parthenon’s ruins still inspire awe 2,500 years later,” notes Popular Science, “imagine what it must have looked like at the peak of its influence.”

How the Temple Was Built

The Parthenon, measuring 69 by 30 meters, was completed in 438 BCE. However, it took another six years for artisans to finish its decorative features and artwork.

Though only fragments of the outer structure survive today, ancient sources describe a magnificent place of worship dedicated to Athena, the goddess of wisdom, craftsmanship, and war.

“Based on the data I gathered,” de Lara explained in a May 6 interview with Cambridge Core, “each temple offered a distinct visual and spiritual experience, shaped by the deity it honored, the origins of the cult, and the geographic setting.”

From the 5th century BCE onward, and especially during the Hellenistic period, he notes a growing emphasis on the orchestration of religious experience—a conscious effort to shape how worshippers engaged with sacred spaces.

The Statue of Athena

At the heart of the Parthenon stood a towering, nearly 12-meter-tall statue of Athena, designed by the renowned sculptor Phidias.

Ancient descriptions indicate it was a chryselephantine statue—crafted from gold and ivory. Research into similar artworks suggests artisans would soften and shape thin ivory sheets, carefully layering them to create a lifelike surface that was then attached to a wooden frame.

The Magic of Light

The Parthenon’s exterior was constructed mainly from marble and other finely polished stone, selected not just for durability but for their natural luster.

Inside, the placement of the statue, combined with reflecting pools, windows, and skylights, was designed to amplify Athena’s radiance. Archaeological evidence suggests that the temple’s interior was kept dimly lit, with incense burning abundantly to heighten the sense of reverence and awe.

In fact, the statue was positioned so that the first light of dawn would strike directly upon its golden robes.

“Imagine stepping into the Parthenon—your eyes still adjusting after the harsh midday sun,” de Lara told Arkeonews.
“A beam of sunlight slices through the entrance, illuminating the gold with a divine glow. This was exactly the theatrical effect Phidias and the architects aimed to create. It must have been magical.”

Why Virtual Reality Matters

To share this vision with the world, de Lara created a dedicated website for the project, titled “Parthenon 3D”, and hopes it will inspire others to create digital reconstructions of other iconic monuments.

These reconstructions could be incorporated into museum exhibits and virtual reality experiences, offering immersive journeys into the wonders of the ancient world—no passport required.

Greeks to Produce Film on the Battle of Marathon Entirely in Ancient Greek

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Information by George Syros

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In a groundbreaking cinematic endeavor, Greek director Yiannis Stravolaimos is set to bring the historic Battle of Marathon to life in a film titled Nenikikamen ("We Have Won"), distinguished by its exclusive use of Ancient Greek and Old Persian languages. This ambitious project aims to authentically recreate the linguistic and cultural atmosphere of 490 BCE, offering audiences a unique immersion into classical antiquity.

A Cinematic First in Ancient Languages

Nenikikamen stands out as the first feature film to be performed entirely in the classical dialects of Ancient Greek and Old Persian. The script, meticulously translated into these ancient tongues, seeks to provide an unparalleled historical authenticity. This linguistic choice not only honors the original context of the events depicted but also serves as a bold artistic statement in contemporary cinema.

Historical Fidelity and Mythological Elements

Drawing from primary sources such as Herodotus, Plutarch, and Pausanias, the film delves deep into the events surrounding the Battle of Marathon. It portrays key historical figures, including Miltiades, Themistocles, Aristides, and Pheidippides, as well as Persian leaders Darius, Artaphernes, and Datis. In addition to the historical narrative, Nenikikamen incorporates mythological aspects, depicting the involvement of deities like Athena and Pan and legendary heroes such as Echetlus, reflecting the ancient Greeks' belief in divine influence over human affairs.

International Cast and Production

The film boasts a diverse cast of Greek and international actors. To ensure accurate pronunciation and delivery of the ancient languages, foreign actors will be dubbed by trained linguists specialising in Ancient Greek and Old Persian. Notable Greek actors involved in the project include Kostis Savvidakis, Konstantinos Konstantopoulos, Anthimos Ananiadis, and Teo Theodoridis.

Cultural Diplomacy Through Cinema

Director Yiannis Stravolaimos envisions Nenikikamen as more than a historical epic; he sees it as a form of cultural diplomacy. By showcasing Greece's rich heritage and linguistic history, the film aims to foster a deeper appreciation for ancient civilisations and their enduring impact on the modern world. Stravolaimos believes that cinema, as a powerful medium, can bridge cultural gaps and bring historical narratives to a global audience in an engaging and educational manner.

Nenikikamen is currently in production, with further details on its release anticipated in the coming months. The film promises to be a significant contribution to both historical cinema and the preservation of ancient languages.

The Cry of Victory: The Story Behind Nenikikamen

The film’s title, Nenikikamen, is drawn from one of the most iconic moments in ancient Greek history—a cry of triumph that has echoed through the centuries. According to ancient sources, after the Athenian victory at the Battle of Marathon in 490 BCE, a messenger (often identified as Pheidippides) was dispatched to run the roughly 42 kilometres (26 miles) from the battlefield to Athens to announce the outcome. Upon arriving in the city, exhausted and near death, he is said to have uttered a single word: “Nenikikamen!”—“We have won!”—before collapsing and dying.

This moment has since become emblematic of sacrifice, endurance, and patriotic devotion. Whether the tale of Pheidippides is fully historical or partially mythologised, it captured the imagination of later generations, eventually inspiring the modern marathon race introduced during the first modern Olympic Games in Athens in 1896.

In the film, this dramatic episode serves as a climactic and emotional turning point. Director Yiannis Stravolaimos uses the phrase not only to mark the Athenian victory over the Persian invaders but also as a universal symbol of human determination and the struggle for freedom. The utterance of Nenikikamen in the original Attic dialect is carefully reconstructed to deliver both historical gravitas and cinematic intensity.

Through this single word, the film connects ancient heroism with contemporary values, reminding viewers that history is not merely a collection of events but a source of enduring inspiration.

Discovery: The Carbonized Scroll of Philodemus — A Glimpse into Lost Ancient Philosophy Philodemus' On Vice Revealed through X-Ray Technology

“This text doesn’t appear to be one of the known works,” says Dr. Michael McOsker, a papyrologist at University College London, speaking to Kathimerini about a newly revealed work by the ancient philosopher Philodemus. The text was uncovered within a carbonized scroll known as PHerc.172, as part of the ambitious Vesuvius Challenge project.

Using advanced X-ray imaging, researchers were able to digitally scan and read parts of the scroll’s contents without physically unrolling it—an act that could have shattered the fragile artifact beyond repair. The technique unveiled not only the text itself but also its author. The scroll was discovered in the ruins of a Roman villa in the ancient city of Herculaneum, buried under volcanic ash after the catastrophic eruption of Mount Vesuvius nearly 2,000 years ago.

The newly identified work belongs to Philodemus, an Epicurean philosopher, and appears to be part of his multi-volume series On Vice, dating back to the 1st century BCE. Dr. McOsker, who focused his doctoral research on Philodemus’ poetics, explains that scholars were already aware of the On Vice series, as several volumes had been found among previously opened scrolls from Herculaneum. These included treatises On Flattery, On Avarice, On Economy, and On Arrogance. So, the title of this volume—and its ethical subject matter—were not unexpected.

A Breakthrough Scroll
The decoded letters from PHerc.172 suggest that this may, in fact, be the very first volume of the philosopher’s extensive series.

Identifying Philodemus as the author was relatively straightforward thanks to existing biographical records. Born around 110 BCE in Gadara (in modern-day Syria), he studied in Alexandria and Athens before becoming part of the household of a Roman statesman—possibly the last father-in-law of Julius Caesar. Scholars believe this Roman aristocrat owned the villa near Pompeii where the scroll was found. Philodemus is frequently mentioned by Cicero, and he also taught Virgil and his literary circle. Yet despite this notable reputation, this newly revealed scroll, as part of a broader philosophical work, is especially significant for our understanding of Epicurean ethics, Dr. McOsker emphasizes, adding that he is grateful for every step forward in this complex field.

The letter mapping from the deciphering of the carbonized papyrus. It is most likely the first volume of the ancient philosopher's work.

Among the three Herculaneum scrolls held at the Bodleian Libraries in Oxford, PHerc.172 was the first to produce tangible results when scanned in July—surprising researchers who hadn’t even known the scroll contained legible writing. According to Dr. McOsker, the investigation is far from over. Efforts continue to refine the ink-detection algorithms and decipher additional portions of the text.

This remarkable fusion of cutting-edge technology and ancient philosophy is not only reviving lost voices from antiquity—but reshaping our understanding of classical thought in the process.

When You're Tired of Being Strong: A Lesson in Self-Leadership from Marcus Aurelius

You don’t need to raise your voice to be brave. Marcus Aurelius shows us that true strength is often forged in silence.

You might not admit it easily—because you feel like you're not supposed to—but you're tired. Tired of being the one who holds everything together. The one who comforts others, manages the work, the house, the relationships… yourself. The one who has to look strong, even when you're falling apart inside.

And then, a quiet line from Marcus Aurelius emerges—not as a flashy quote, but as a whisper echoing from a man who once bore the weight of the Roman Empire and knew all too well what it meant to be silently exhausted.

Maybe it’s time to acknowledge it. To say: Yes, I’m tired. And I’m proud that I made it this far.

We’re drawn to Marcus Aurelius because he wasn’t some detached Stoic lost in abstract ideals. He was an emperor, a general, a father, a philosopher—and in his reflections, he didn’t hide behind clichés.

“Look within. There lies the wellspring of good; and it is always ready to bubble up, if you just keep digging.”

So, when you feel like you’ve given everything and have nothing left to offer, don’t grit your teeth harder. Instead, take a breath and ask yourself:
“If I were the leader of myself, what would I do to take care of me right now?”

For Marcus Aurelius, leadership meant leading with empathy—and starting from the inside out. Sometimes, the bravest thing you can do is stop, rest, and say without shame: “I am not a machine. I am human. My strength doesn’t disappear when I bend—it reveals itself when I keep going.”

If any part of this resonates with you, remember this:
Your exhaustion is not failure. It’s proof that you’ve been fighting.

If you need more of these soul-awakening, Stoic “tough-love truths,” here are some of Marcus Aurelius’ timeless teachings:

1. Everything is fleeting: the one who praises and the one being praised, the one who remembers and the one remembered.

2. A person’s worth is no greater than the worth of their aspirations.

3. Dig deep within yourself—there is a fountain of good that will keep flowing as long as you keep searching.

4. A person's value is equal to the things they focus on.

5. Nothing can happen to you that isn't in your nature to endure.

6. Always remember this: it takes very little to make a life happy.

7. Stop talking about what a good person should be—and just be one.

8. Don’t live as if you’ll live forever. Fate hangs over you. While you still live, while you can, be good.

9. Every loss is nothing but a transformation, and transformation is nature’s delight.

10. Never let the future disturb you. You’ll meet it with the same tools of reason that you use to handle the present.

11. Whoever has seen the present has seen all things—what has always been and what will be, for all things are of one kind.

The Mystery of the Parthenon’s Interior Lighting Solved – The Effects of the Gaps in the Ceiling and the Water Pools Enhancing the Statue of Athena

The light would enter through the temple’s door on the morning of the Panathenaic festival, reflecting off the statue and the water pools.

The Parthenon, located on the Acropolis of Athens, housed a colossal ivory and gold statue of Athena, the city's protector, crafted by the sculptor Phidias in 438 BC. The statue stood on a pedestal inside the temple's cella, with its core made of wood.

Phidias used ivory for the bare parts of the body and gold, weighing 1,140 kg, for the drapery and hair. The statue depicted Athena fully armored, gazing eastward. In her right hand, she held the goddess Nike, while her left hand grasped a shield and spear. The statue stood at 13 meters tall, embodying the glory and strength of Periclean Athens.

Awe from Grandeur

The view from the temple’s entrance was breathtaking, with a sense of awe enhanced by the carefully designed lighting system and effects, including intricate gaps in the ceiling and strategically placed water pools inside the temple.

The puzzle of the temple's lighting system was first proposed by the French architect Antoine-Chrysostome Quatremère de Quincy in the 18th century, who believed there were openings in the temple’s roof.

In the next century, British architect James Fergusson suggested that the "key" lay in open windows at the roof level. The mystery of the Parthenon’s interior lighting system has now been uncovered by archaeologist and Oxford professor Juan De Lara in a recent article published in The Annual, a journal of the British School at Athens.

The Reflection of Light

De Lara’s 3D reconstructions and calculations are based on physical simulations of light and its reflection on various surfaces to accurately recreate the interaction of natural and artificial light with different elements of the building and the statue inside the temple.

Strategically placed openings in the Parthenon’s roof, internal water pools, windows, and finely polished marble were designed to create a misty effect, making the goddess appear to rise from the shadows in an impressive way.

The Parthenon, apart from being an architectural marvel, was also an optical phenomenon. The temple, like a stage set, was meticulously designed to redirect light, creating a sacred atmosphere and bringing the visitor into contact with the divine. Despite these special effects, it’s worth noting that the temple was relatively dark, as De Lara points out.

Using Digital Tools for Archaeological Discoveries

By applying cutting-edge digital technology, the archaeologist was able to reconstruct the temple's structure with a margin of error of just two centimeters, also reconstructing the statue of Athena.

Next, he calculated the position of the sun at various times of the year and day, based on measurements from the 5th century BC. Ultimately, he concluded that the sun appeared on the horizon only on the morning of the Panathenaic procession, and its light entered through the large door of the temple, reflecting off the statue and enhancing the optical effect of natural light, creating a magical and unique aura.

"Imagine entering the Parthenon—with your eyes still fatigued from the bright sunlight—and gradually adjusting to the darkness inside," De Lara explains.

When the sunlight entered through the gap in the temple's door, a beam fell on Athena’s golden robe, illuminating it. This was the effect the architects and Phidias aimed to create. "It must have been stunning!" De Lara adds.

He concludes: "To maximize the potential of archaeological discoveries, we must continue to embrace technology and digital tools as key partners in exploration and research."

When People Speak Ill of You, Plato Offers This Answer

If there's one thing Plato truly understood, it was this: the world doesn't easily embrace the truth, nor those who approach it.

Being accused, mocked, or belittled isn’t always a sign that you are wrong; sometimes, it’s a sign that you didn’t fit into what others wanted you to be.

But what do you do then? How do you respond when people talk about you without knowing even a third of who you are? Plato didn’t offer easy life instructions. He didn’t believe in slogans but rather in meaningful analyses that stemmed from human behavior.

Among his insights, there’s one quote worth remembering every time someone speaks about you… without you.

(Read his sayings below)

15 Pieces of Advice from Plato

1. What matters is not living to acquire more, but living well.

2. The one who seeks excellence should not love themselves or their possessions more than justice.

3. It is better to be wronged than to wrong others.

4. To be laconic is to philosophize.

5. When people speak ill of you, live in such a way that no one will believe them.

6. God is not responsible for the actions of those who have the freedom to choose.

7. A human is one who reflects and judges what they have seen.

8. We should not care so much about what the masses will say about us, but rather what someone who truly understands justice and injustice has to say. That, indeed, is the truth.

9. Ignorance is the root and stem of all evil.

10. Among pleasures, some are good and others are bad. The good ones are those that are beneficial, while the bad ones are those that are harmful.

11. If a person receives proper education, within them awakens a powerful force and will to evolve into the most divine and peaceful of beings.

12. But if they do not receive proper and diligent upbringing, they become the wildest of what the earth produces.

13. This city is what it is because its citizens are what they are.

14. It is impossible for two bad people to ever be friends, nor for a good person not to have a good friend.

15. Justice means that each person takes care of their own business and does not interfere with the business of others.

The Mystery of the Majestic Mountain That Resembling the Pyramids of Giza — Legends and Theories Surrounding Its Creation and Shape

A towering mountain rises dramatically from the flat plains of the Amazon rainforest, surrounded by mystery. Cerro el Cono, with its steep, pyramid-shaped peak, stands alone, soaring to impressive heights, leading local tribes to believe it was "built for the Gods."

This 399.2-meter-high peak emerges from the Sierra del Divisor National Park in eastern Peru, near the Brazilian border. Its shape strikingly resembles the pyramids of Giza, with broad, flat sides that have been overgrown with vegetation over the centuries.

Both its remarkable shape and its seemingly random location in the middle of a flat plain have given rise to various theories about the formation of El Cono.

The Indigenous Belief: A Sacred Mountain Spirit

For local indigenous tribes, Cerro el Cono is revered as the spirit of a sacred mountain, known as "Andean Apu". According to their beliefs, the mountain emerged from the earth to protect the people living in the region.

An Older Legend: The Lost Pyramid Theory

However, there is another, older theory, predating the ancient myth. According to local legend, El Cono sits atop the ruins of an ancient pyramid constructed by a long-forgotten Amazonian civilization. This theory has sparked the imagination of many, suggesting that El Cono could be the remnant of an advanced, unknown culture.

Amazonian Folklore and New Theories

In the region’s folklore, some indigenous tribes believed that the mountain was a creation of human hands, much like the Pyramids of Giza. If this theory were to be proven true, El Cono would surpass the Great Pyramid of Giza in height by 146.6 meters, making it the tallest ancient structure on Earth.

Scientific Explanations: A Natural Formation?

Scientists, however, offer more mundane explanations for the mountain’s origins. Among the possibilities is the theory that Cerro el Cono is the remains of an extinct volcano or simply an unusual natural rock formation.

The Mountain's Striking Symmetry and Alien Theories

The eerily perfect, isolated structure, located 3,218 kilometers from the nearest settlement, has become a focal point for conspiracy theories, especially those involving extraterrestrial life. Cerro el Cono lies next to the Ucayali River, a major tributary of the Amazon River.

The surrounding jungle teems with life, hosting an incredible variety of species, including the giant armadillo and several types of monkeys.

The Pyramid-Shaped Mountain of Antarctica

Another mountain has similarly sparked wild speculation due to its strikingly pyramid-like shape. Situated in a very different climate, this mysterious peak is found in the remote regions of Antarctica.

The snow-covered structure in the frozen continent bears an astonishing resemblance to the Great Pyramids of Egypt and has become the center of chilling conspiracy theories. Discovered for the first time during the British Antarctic Expedition of 1910-1913, the structure remained largely unknown until 2016, when its eerie photographs went viral online. People from all over the world offered strange explanations in an attempt to understand the pyramid-shaped mountain.

At 1,265 meters in height, the mountain has four steep, perfectly symmetrical sides, with its peak located in the Ellsworth Mountains, the tallest mountain range in Antarctica.

These fascinating mountain structures, whether in the Amazon or the frozen expanse of Antarctica, continue to captivate the imagination of many, prompting speculation, research, and myth. As investigations into both mountains continue, who knows what further secrets they may reveal about Earth's hidden wonders?

Roman-Era Mosaic and Intact Cistern Unearthed in Ancient Greek City — Why These Finds Are Among the Most Significant in Recent Years

Archaeologists have uncovered an exceptionally well-preserved mosaic and an almost completely intact cistern in an ancient Greek city that thrived under the Roman Empire, during a time of growing political alliances and cultural influence.

The discovery took place in the ancient city of Syedra, located near Alanya in the Antalya province of southern Turkey. The mosaic, dating to the 5th century AD, is in remarkable condition, offering valuable insight into the artistic and architectural sophistication of the period.

This archaeological breakthrough is part of the “Heritage for the Future” initiative led by Turkey’s Ministry of Culture. The excavation team is headed by Associate Professor Ertug Ergurer of Alanya Alaaddin Keykubat University. Experts have hailed the find as one of the most important in recent years due to its historical, artistic, and structural integrity.

The Mosaic and the Ingeniously Designed Cistern

Excavations in residential areas and olive oil workshops, located between Syedra’s Roman bath complex and its main road, led to this striking discovery.

Beneath a beautifully decorated mosaic floor, archaeologists uncovered a five-meter-long cistern in excellent condition. Alongside it was an unexpected feature: a repurposed ossuary (a container used to hold bones), originally from the city's necropolis.

In a creative twist, the base of the ossuary had been cut and fitted into the cistern wall, functioning as a primitive window to allow light into the space and make it easier to monitor. This unusual adaptation highlights the resourcefulness of the city’s inhabitants.

Aerial view of the mosaic discovered in ancient Syedra (Photo: Syedra Excavations)

A City with a View — and Strategic Importance

Perched on a mountain roughly 20 kilometers southeast of Alanya, Syedra boasts commanding views of the Mediterranean Sea. The city included both upper and lower residential areas and played a significant role in both maritime and overland trade.

Historically, Syedra served as a trade hub linking Pamphylia in the west with Rugged Cilicia (Trachaea) in the east. Its strategic coastal location made it a vital intersection for goods, people, and cultures.

Maritime Ties with the Great Powers of Antiquity

Due to its position at a key coastal crossroads, Syedra maintained strong maritime links with ancient powers such as Cyprus and Egypt. While signs of commercial activity in the city’s harbor go back to the Bronze Age, significant urban development has only been confirmed from the Hellenistic period onward.

Peak Prosperity During the Roman Empire

Syedra reached its peak during the Roman Imperial period, particularly under Emperor Tiberius, when it began minting its own coins. The city flourished between the 2nd and 4th centuries AD, with vibrant civic life and increasing political significance.

Inscriptions found at the site suggest a population of around 4,000 to 5,000 residents. Notably, Syedra supported Septimius Severus during the imperial conflict of 194 AD. In later centuries, the city was incorporated into the Byzantine episcopal network, further emphasizing its regional importance.

A Glimpse into the Lives of Roman Veterans

The mosaic discovered in the ancient city of Syedra in Alanya, Antalya (Photo: Syedra)

Syedra’s economic and strategic value is reflected in its luxurious public buildings, monumental tombs, and inscriptions along colonnaded streets. Some researchers believe that many of these inscriptions commemorate retired Roman soldiers who settled in the city after military campaigns in the East—suggesting that Syedra may have also functioned as a kind of veteran settlement.

The recent discoveries—both artistic and architectural—underscore Syedra’s historical depth and cultural richness. As research continues, these finds promise to further illuminate life in a city that once stood at the crossroads of empires.

Lucy: The Iconic Australopithecus afarensis and Her Role in Understanding Human Evolution

Introduction

On November 24, 1974, paleoanthropologist Donald Johanson and his graduate student Tom Gray made a discovery that would reshape our understanding of human origins. In the arid landscape of Hadar, Ethiopia, they uncovered a partial skeleton of a hominin, later named “Lucy” after the Beatles’ song “Lucy in the Sky with Diamonds,” which played repeatedly at the team’s camp that night. Officially designated AL 288-1, Lucy is a 3.2-million-year-old specimen of Australopithecus afarensis, a species that has become central to paleoanthropology. Representing approximately 40% of a single female skeleton, Lucy provided unprecedented insights into the anatomy, behavior, and evolutionary significance of early hominins. This article explores Lucy’s discovery, her biological and behavioral characteristics, her place in the human evolutionary tree, and her enduring legacy in science and popular culture, drawing on academic sources and recent research.

The Discovery of Lucy

The discovery of Lucy occurred during a survey in the Afar Triangle, a fossil-rich region in Ethiopia. Johanson and Gray were mapping a locality when Johanson spotted a right proximal ulna (forearm bone) protruding from the sediment. Recognizing its hominin characteristics, he soon identified additional bones, including an occipital (skull) fragment, a femur, ribs, a pelvis, and a lower jaw. Over the next three weeks, the team meticulously excavated and recovered several hundred bone fragments, 47 of which formed a remarkably complete skeleton. The fossil was dated to approximately 3.18 million years ago using the 40Ar/39Ar dating technique on volcanic ash layers in the Hadar formation.

Lucy’s discovery was groundbreaking because, at the time, she was the oldest and most complete hominin skeleton known. Her preservation allowed scientists to study multiple skeletal regions, providing a holistic view of Australopithecus afarensis anatomy. The find also sparked global interest, with Lucy becoming a household name and a symbol of humanity’s deep African roots.

Anatomical Characteristics of Lucy and Australopithecus afarensis

Lucy’s skeleton reveals a mosaic of ape-like and human-like traits, reflecting her species’ transitional position in human evolution. Standing about 3.5 feet (1.1 meters) tall and weighing approximately 60 pounds (27 kilograms), Lucy was small, with a body size comparable to a modern kindergartner. Her skull, though fragmentary, indicates a brain volume of about 388 cubic centimeters, similar to that of a chimpanzee and significantly smaller than the modern human average of 1,400 cubic centimeters.

Reconstruction of a male (left) and female (right) A. afarensis at the Natural History Museum, Vienna. Right, Lucy skeleton, Cleveland Natural History Museum. (CC BY-SA 4.0/CC BY-SA 4.0/CC BY SA 2.0)

Bipedalism: One of Lucy’s most significant contributions to paleoanthropology is the evidence of bipedal locomotion. Her pelvis, femur, and knee joints exhibit adaptations for upright walking, such as a bicondylar angle in the femur that aligns the knee under the body’s midline, facilitating balance. The shape of her pelvis, broader and shorter than that of apes, further supports bipedalism. These features confirmed that bipedalism evolved before significant brain enlargement, challenging earlier assumptions that large brains drove upright walking.

Arboreal Adaptations: Despite her bipedal capabilities, Lucy retained ape-like features suggesting arboreal behavior. Her long arms, curved finger bones, and conical rib cage indicate she was adept at climbing trees, likely for foraging, nesting, or escaping predators. A 2016 study using micro-CT scans of Lucy’s arm bones revealed exceptional strength, suggesting she regularly hauled herself up branches. This dual adaptation—bipedalism on the ground and climbing in trees—highlights the versatility of A. afarensis in a mixed woodland-savanna environment.

Sexual Dimorphism: Lucy is identified as female based on her pelvic structure and small size, which contrast with larger A. afarensis specimens presumed to be male. This sexual dimorphism, evident in size differences at Hadar, suggests social structures similar to those of modern gorillas, where larger males may have competed for mates.

Lucy’s Place in the Human Family Tree

When Lucy was discovered, she was initially thought to be a direct ancestor of modern humans (Homo sapiens), potentially the “mother of humanity”. In 1978, Johanson and colleagues classified her as part of a new species, Australopithecus afarensis, distinct from other known australopiths like A. africanus. They proposed that A. afarensis was the last common ancestor of both the Homo lineage and the robust australopiths (Paranthropus). This hypothesis positioned Lucy’s species as a pivotal evolutionary intermediary.

However, subsequent discoveries have complicated this view. Fossils like Ardipithecus ramidus (4.4 million years old) and Australopithecus anamensis (4.2–3.9 million years old) suggest a more bush-like human family tree, with multiple hominin species coexisting. Some researchers now view A. afarensis as a close relative rather than a direct ancestor, possibly a “great-great-great-aunt”. Nevertheless, Lucy remains a strong candidate for an ancestral role due to her anatomical similarities with later hominins, such as a mandible found in Hadar in 2013 that bridges A. afarensis and early Homo.

The discovery of the “First Family” at Hadar’s Afar Locality 333 in 1975, comprising over 200 fossils from at least 17 individuals, further enriched our understanding of A. afarensis. This group, dated to slightly over 3.2 million years ago, provided evidence of population-level variation and social dynamics. Additionally, fossilized footprints at Laetoli, Tanzania, dated to 3.7 million years ago, corroborate the bipedal capabilities of A. afarensis, reinforcing Lucy’s significance.

Lucy’s Life and Death

Reconstructing Lucy’s life offers a glimpse into the world of A. afarensis. Carbon isotope analysis of A. afarensis tooth enamel suggests a diverse diet, including savanna-based foods like grasses and sedges, alongside fruits and leaves from trees. This dietary flexibility likely contributed to the species’ survival for nearly 700,000 years (3.7–3 million years ago).

Lucy’s cause of death remains speculative. Her skeleton shows minimal postmortem damage, with only a single carnivore tooth mark on her pubic bone, ruling out predation as a likely cause. A 2016 study by John Kappelman and colleagues proposed that Lucy died from a fall from a tree, based on CT scans revealing fractures in her humerus and other bones consistent with a high-impact fall. However, this hypothesis is controversial, with critics like Donald Johanson and Timothy White arguing that the fractures could result from post-fossilization geological processes. The debate underscores the challenges of interpreting ancient trauma.

Scientific and Cultural Impact

Lucy’s discovery marked a turning point in paleoanthropology. Before 1974, the human evolutionary timeline was poorly understood, with fossils like A. africanus (2.5 million years old) dominating discussions. Lucy extended the timeline back nearly a million years and provided concrete evidence that bipedalism preceded brain expansion, disproving earlier Darwinian assumptions. Her skeleton served as a template for reconstructing other A. afarensis fossils, enhancing comparative studies.

Culturally, Lucy became an icon. Her name, inspired by a Beatles song, and her relatable stature endeared her to the public. Exhibitions of her fossils, such as the 2007–2013 U.S. tour “Lucy’s Legacy: The Hidden Treasures of Ethiopia,” drew millions, though they sparked debate over the risks to her fragile bones. Today, the original fossils are housed in the National Museum of Ethiopia, with casts displayed globally, including at the Cleveland Museum of Natural History and the American Museum of Natural History.

Lucy also galvanized funding and interest in African paleoanthropology, fostering a new generation of researchers, including Ethiopian scientists like Zeresenay Alemseged, who discovered “Lucy’s baby,” a 3.3-million-year-old A. afarensis child. Her legacy underscores Africa’s role as the cradle of humankind.

Ongoing Research and Future Directions

Fifty years after her discovery, Lucy continues to inspire research. Advances in imaging technologies, such as 3D reconstructions and micro-CT scans, have revealed new details about her brain development and locomotion. Studies of her muscle structure suggest impressive strength, challenging assumptions about her physical capabilities. Meanwhile, discoveries of older hominins, like Sahelanthropus tchadensis (7 million years old), continue to refine our understanding of the human family tree.

Future research may clarify Lucy’s exact position in our ancestry and resolve debates about her lifestyle and death. Interdisciplinary approaches, combining paleogenetics, biomechanics, and environmental reconstruction, promise to deepen our understanding of A. afarensis and its world.

Conclusion

Lucy, the 3.2-million-year-old Australopithecus afarensis skeleton, remains a cornerstone of human evolutionary studies. Her discovery illuminated the origins of bipedalism, reshaped the human family tree, and captivated the world’s imagination. While her status as a direct ancestor is debated, her anatomical insights and cultural impact are undeniable. As paleoanthropology advances, Lucy’s legacy endures, reminding us of our shared origins and the ongoing quest to understand what it means to be human.

Sources:

1. Institute of Human Origins, Arizona State University. “Lucy’s Story.” https://iho.asu.edu/about/lucys-story[](https://iho.asu.edu/about/lucys-story)

2. Wikipedia. “Lucy (Australopithecus).” https://en.wikipedia.org/wiki/Lucy_(Australopithecus)[](https://en.wikipedia.org/wiki/Lucy_%28Australopithecus%29)

3. National Geographic. “Get Facts on the Early Human Ancestor Lucy.” https://www.nationalgeographic.com/science/article/lucy-facts-on-early-human-ancestor[](https://www.nationalgeographic.com/history/article/lucy-facts-on-early-human-ancestor)

4. Scientific American. “Fossil Human Ancestor ‘Lucy’ Remains Pivotal 50 Years after Discovery.” https://www.scientificamerican.com/article/fossil-human-ancestor-lucy-remains-pivotal-50-years-after-discovery/[](https://www.scientificamerican.com/article/fossil-human-ancestor-lucy-remains-pivotal-50-years-after-discovery/)

5. CNN. “How did Lucy, our early human ancestor, die?” https://www.cnn.com/2016/08/29/health/lucy-human-ancestor-cause-of-death[](https://www.cnn.com/2016/08/29/health/lucy-early-human-ancestor-cause-of-death/index.html)

6. Nature. “Lucy: A marvelous specimen.” https://www.nature.com/scitable/knowledge/library/lucy-a-marvelous-specimen-13512986/[](https://www.nature.com/scitable/knowledge/library/lucy-a-marvelous-specimen-135716086/)

7. Natural History Museum. “Australopithecus afarensis, Lucy’s species.” https://www.nhm.ac.uk/discover/australopithecus-afarensis-lucy-species.html[](https://www.nhm.ac.uk/discover/australopithecus-afarensis-lucy-species.html)

8. Science. “Was Lucy the mother of us all? Fifty years after discovery, famed skeleton has rivals.” https://www.science.org/content/article/was-lucy-mother-us-all-fifty-years-after-discovery-famed-skeleton-has-rivals[](https://www.science.org/content/article/was-lucy-mother-us-all-fifty-years-discovery-famed-skeleton-rivals)

9. History.com. “How the ‘Lucy’ Fossil Rewrote the Story of Human Evolution.” https://www.history.com/news/lucy-australopithecus-fossil-discovery-human-evolution[](https://www.history.com/articles/lucy-fossil-discovery-human-origins)

10. Science Friday. “50 Years Of Science With Lucy, Our Famous Early Ancestor.” https://www.sciencefriday.com/segments/lucy-fossil-discovery-50-years/[](https://www.sciencefriday.com/segments/lucy-human-ancestor-50-anniversary/)

11. Washington Post. “How Lucy, a 3-million-year-old fossil, changed our view of human evolution.” https://www.washingtonpost.com/science/2024/11/22/lucy-fossil-discovery-human-evolution/[](https://www.washingtonpost.com/science/interactive/2024/evolution-fossil-lucy-human-ancestor/)

12. Cleveland Museum of Natural History. “An Iconic Discovery: Celebrating the Story of Lucy.” https://www.cmnh.org/lucy-50[](https://www.cmnh.org/learn/science-blog/2024/11/24/a-groundbreaking-discovery-turns-50-celebrating-the-story-of-lucy)

Lucy: A Marvelous Specimen

By Caitlin M. Schrein | Science Writer, National Science Foundation
© 2015 Nature Education
Note: The views expressed here are those of the author and do not necessarily reflect those of the National Science Foundation.

Who Was Lucy?

“Lucy” is the nickname of one of the most famous early human ancestor fossils ever discovered. But what makes her so special, and what have scientists learned from her?

A Landmark Discovery in Ethiopia

On November 24, 1974, while songs like “Annie’s Song” by John Denver and “Bennie and the Jets” by Elton John topped U.S. music charts, a team of international scientists was deep in the field in Hadar, Ethiopia. Instead of pop hits, their camp echoed with “Lucy in the Sky with Diamonds” by The Beatles — a song that would unwittingly inspire the nickname for a remarkable discovery.

That day, paleoanthropologist Dr. Donald Johanson and graduate student Tom Gray were surveying 3.2-million-year-old sediments when they stumbled upon the first fragment of a fossil that would soon captivate the world — the partial skeleton of an early human ancestor. Had the music been different, perhaps she would’ve been called “Annie” or “Bennie,” but fate chose “Lucy.”

The Start of Something Extraordinary

Johanson, then a 31-year-old anthropology professor, had previously visited Ethiopia in 1972 and 1973, discovering a fossilized hominin knee joint during one of those trips. Optimistic about the potential of the region, the 1974 expedition soon paid off when Ethiopian team member Alemayehu Asfaw found hominin jaw fragments near the Hadar camp. Spirits were high.

The first bone Johanson spotted from Lucy was part of her ulna — the elbow bone — which stood out from the sediment. He recognized it immediately as belonging to a primate and possibly a hominin. As he and Gray carefully scoured the ground, more pieces began to surface: parts of the skull, jaw, ribs, pelvis, limbs, and feet — nearly 40% of a full skeleton. It was a stunning find.

The fossil site where Lucy was unearthed is now designated as Afar Locality 288, or A.L. 288. The team meticulously recorded and collected every fragment, laying the groundwork for decades of study.

One Individual or Many?

One of the first questions scientists asked was whether the bones all belonged to a single individual. The answer lay in the numbers and the condition of the fossils. There were no duplicate bones — no extra femurs or jaws — which strongly indicated that the remains came from just one individual. Moreover, the fossils shared the same coloration and weathering patterns, suggesting they came from the same environment and time period.

How Do We Know Lucy Was Female?

Johanson suspected right away that Lucy was female, mainly due to the small size of the bones. Like many primates, early human ancestors were sexually dimorphic — males were typically larger than females. Over time, further analysis confirmed this, placing Lucy’s height at around 104 to 106 cm (roughly 3 feet 5 inches). Males of her species likely stood closer to 150 cm (just under 5 feet).

In 2008, advanced 3D modeling helped virtually reconstruct Lucy’s damaged femur, showing it was only slightly shorter than earlier estimates suggested.

Was Lucy a Child?

Despite her petite frame, Lucy was not a child. Her wisdom teeth had fully erupted and showed signs of wear — a reliable sign of adulthood. Based on comparisons with modern humans and chimpanzees, scientists estimate that Lucy was between 12 and 18 years old when she died. Additional clues, such as her hip and limb bones, also support that she was a fully mature adult.

What Species Did Lucy Belong To?

At first, Lucy’s species was unknown. However, her knee and leg bones showed she walked upright, a key trait of hominins. Her teeth and pelvis also aligned with early human ancestors. In the years following her discovery, hundreds more hominin fossils were found at Hadar and another site in Tanzania called Laetoli.

After careful analysis, Dr. Johanson and Dr. Tim White proposed that these fossils belonged to the same previously unknown species. In 1978, they introduced it to the world: Australopithecus afarensis.

What Did Lucy Look Like?

While we can't know every detail, scientists have estimated Lucy’s height and weight using her bones. Paleo-artists often work with researchers to create life-like reconstructions. They use casts of fossils to model muscle and skin with clay, then add hair and other details (see Figure 2).

Lucy likely had more body hair than modern humans but less than chimpanzees. She may have had dark skin, as high melanin levels would have protected her from intense equatorial sunlight — much like modern populations living in similar regions today.

Why Is Lucy So Famous?

Lucy is iconic for many reasons. For Ethiopians, she’s a national symbol. Her Amharic name, Dinkinesh, means “you are marvelous,” and in the Afar language she’s known as Heelomali — “she is special.” At the time of her discovery, she was the most complete, oldest known hominin skeleton ever found.

Importantly, Lucy demonstrated that walking on two legs (bipedalism) evolved well before large brains — a key piece of the evolutionary puzzle. Her species lived for over a million years, bridging a gap between primitive ape-like ancestors and more modern human-like beings.

Is Lucy the “Missing Link”?

The term “missing link” has fallen out of favor among scientists. Dr. Johanson explains:

“The idea of a single ‘missing link’ oversimplifies human evolution. Evolution is a long, branching process with many transitional forms. Australopithecus afarensis, Lucy’s species, is one of those crucial intermediaries — not the bridge itself, but a vital step along the way.”

As research continues and new fossils are discovered across the globe — from Africa to Asia to the Americas — the human family tree grows ever more complex. And who knows? Maybe someday, someone will discover a fossil just as marvelous as Lucy.

Step Inside the Palace of Knossos with a Stunning 3D Reconstruction

A masterpiece of Minoan architecture brought vividly to life.

The legendary Palace of Knossos, the heart of Europe’s first advanced civilization, has been reimagined in a captivating 3D reconstruction, allowing viewers to experience the grandeur and complexity of Minoan life as never before. This immersive digital tour sheds new light on one of the most iconic archaeological sites of the ancient world.

Scroll down for images and video of this extraordinary virtual journey.

A Palace Like No Other

Far more than a simple royal residence, the Palace of Knossos functioned as a miniature city, complete with roads, squares, sanctuaries, a theater, gardens, and workshops. It was a bustling center of politics, religion, and the arts—alive with color, sound, and creativity.

Renowned Greek writer Nikos Kazantzakis, in his historical novel for children “At the Palaces of Knossos,” beautifully describes the palace’s vibrant atmosphere:

“Don’t imagine the Palace of Knossos as a single large building, but as a small city. It had its own streets, squares, temples, theater, and parks filled with unusual flowers and trees—palm trees, quince trees, plum trees—and even peacocks, monkeys, canaries, and partridges.”

“The palace also had workshops where all kinds of artists worked: painters, sculptors, engravers, carpenters, and printers.”

Artistry that Reached the Mediterranean

The Minoans were famed for their pottery workshops, which produced magnificent vessels decorated with delicate floral patterns, sea creatures like cuttlefish and octopuses, and dynamic scenes of bull-leaping. These artworks were exported across the Mediterranean, spreading Minoan culture far beyond the shores of Crete.

Kazantzakis writes:

“Famous across the known world were the pottery workshops. From Knossos came the most splendid vases, decorated with exquisite paintings—flowers, shells, squids, octopuses—or embossed scenes of bulls and athletic contests.”

A Center of Innovation and Daily Life

Knossos was also home to olive presses, textile workshops, dyeing rooms, goldsmiths, and metalworking shops, each with its own seal. These seals marked every item produced—spider emblems for the weaving workshops, olive leaves for the oil presses, and lilies for the printers.

Even education had its place. The palace featured a classroom in the northeast wing, complete with stone benches. There, students learned to write in the mysterious Cretan script, etching characters into soft clay.

“If a student made a mistake,” Kazantzakis writes, “he would simply knead the clay again and try anew.”

Reconnecting with the Ancient World

This virtual reconstruction offers a powerful tool for education, preservation, and wonder—inviting modern audiences to walk the labyrinthine halls of Knossos and witness the creativity and complexity of Minoan civilization.

Ancient Greek Inscription Deciphered 100 Years Later

A long-forgotten marble slab reveals a new piece of ancient history.

According to The Independent, historians in the UK have finally deciphered the meaning behind a 2,000-year-old inscription from Ancient Greece—a discovery that brings a fresh glimpse into the lives of young Athenians under Roman rule.

The marble plaque, which had been stored untouched in the collection of National Museums Scotland for over 130 years, had remained unread until now. Speaking to NPR, Professor Peter Liddel of the University of Manchester—also a member of the editorial board of the Attic Inscriptions Online project, which published the new translation on May 31—emphasized the importance of the find:

“This is one of the very few ancient inscriptions in Scotland, and one of just three from ancient Athens housed in Edinburgh. That alone makes it a thrilling discovery.”

What Does the Inscription Say?

The plaque reads like an ancient yearbook. It lists the names of young men who had entered a formal stage of Athenian life known as the ephebeia—a year-long military and civic training program that began around the age of 18, designed to prepare them for adult responsibilities as citizens.

The researchers identified 31 names on the stone. Some of them were nicknames, such as Theogas for Theogenes and Dionysas for Dionysodoros. The use of these shortened names was uncommon in formal inscriptions, which led scholars to believe it reflects a sense of camaraderie among the young men. This roster is likely a partial list, with the full class estimated to include around 100 individuals.

The final line of the inscription includes the phrase "of Caesar", a reference to Emperor Claudius, who ruled the Roman Empire from 41 to 54 CE. This key detail helped date the plaque to his reign.

A Unique and Unexpected Discovery

Initially, researchers assumed the slab was a replica of a known inscription. However, upon closer examination, it became clear that this was an entirely new document—something previously undocumented.

“When we looked more closely, we realized this wasn’t just a copy. It was something completely different—new and unique,” Liddel explained.

Piecing Together the Past

As Liddel points out, new discoveries like this one play a crucial role in expanding our understanding of ancient history.

“We don’t have objective, continuous accounts of the ancient world. What we do have are fragments—and from those, we must reconstruct the past. This inscription is one of those precious fragments.”

Peru: Archaeologists Uncover 2,500-Year-Old Secret Chamber Used for Elite Drug Rituals

Archaeologists in Peru have unearthed a sealed chamber dating back 2,500 years, believed to have been used for secret drug rituals by the elite of a pre-Inca civilization. The discovery, made at the ancient site of Chavín de Huántar, sheds new light on the spiritual and social practices of one of the Andes’ oldest cultures.

The chamber contained 23 intricately carved artifacts made from bone and shell. Chemical traces on these objects revealed residues of nicotine and DMT—the powerful hallucinogen found in ayahuasca. The discovery was detailed in a study published Monday in the Proceedings of the National Academy of Sciences (PNAS).

Traces of a Psychedelic Past

This marks the first time scientists have been able to identify specific psychoactive substances used in Chavín rituals, which scholars had long suspected involved mind-altering substances. Chemical and microbotanical analysis of the tools showed that six of them contained organic compounds from tobacco and vilca (Anadenanthera colubrina), a plant whose seeds and leaves are rich in DMT.

Researchers believe the materials were likely dried, ground into powder, and then inhaled through the nose. “We think the tubes were used as inhalers for snuffing the material nasally,” said archaeologist Daniel Contreras of the University of Florida in an interview with Live Science.

To make the imagery even clearer, Contreras added, “The tubes are essentially like the rolled-up banknotes you see high-powered characters snorting cocaine with in the movies.”

Rituals of Power and Exclusivity

The inhalers—likely crafted from hawk feather bones—were found in a sealed underground passage that was closed off around 500 BCE. The restricted access suggests the rituals were highly exclusive, reinforcing the idea that drug use among the Chavín was not recreational, but ceremonial and deeply tied to social hierarchy.

As the researchers noted, such practices likely served to reinforce spiritual and political authority, separating the elite from the laborers who built the site’s monumental stone architecture. “One way inequality was justified or naturalized was through ideology—by creating awe-inspiring ritual experiences that made people believe this system was a good idea,” said Contreras.

A Glimpse Into Ancient Social Transformation

The study’s authors suggest these findings offer important insight into how ritual drug use may have helped support broader social transformations in the Andes. Practices like those seen at Chavín may have paved the way for more stratified societies such as Tiwanaku, Wari, and eventually the Inca Empire.

This discovery not only brings us closer to understanding ancient Andean belief systems, but also highlights how ritual, spirituality, and power were deeply intertwined—even in the distant past.

The Skeleton in the Vergina Tomb Isn’t Philip II’s, Father of Alexander the Great, New Study Finds

What radiocarbon dating revealed, according to the research director at the Demokritos National Center for Scientific Research

A long-held belief about one of ancient Greece’s most significant archaeological discoveries has now been called into question. A new scientific study argues that the skeleton found in one of the royal tombs at Vergina does not belong to Philip II of Macedon, the father of Alexander the Great, as previously thought.

The findings come from a recent study led by Dr. Giannis Maniatis, Director of Research at the Laboratory of Archaeometry at Greece’s National Center for Scientific Research “Demokritos.” Using advanced radiocarbon dating methods, his team concluded that the remains found in Tomb I at the Great Tumulus of Vergina date to between 388 and 356 BCE—decades before Philip II’s known death in 336 BCE.

This revision significantly challenges past claims. Ever since the discovery of the vast burial complex at Vergina—believed to be the royal necropolis of the ancient Macedonian capital Aigai—archaeologists have debated the identities of the remains in the tombs known as Tombs I, II, and III. These had been tentatively linked to Alexander’s half-brother Philip III Arrhidaeus, his son Alexander IV, and his father, Philip II himself. The actual tomb of Alexander the Great remains unknown.

Last year, a team led by Professor Antonios Bartsiokas of the Democritus University of Thrace claimed to have finally settled the debate, asserting that the remains in the tombs definitively belonged to Alexander’s family—Philip II among them.

But Dr. Maniatis’s new study presents compelling counterevidence. Not only does the radiocarbon dating preclude the possibility that the male remains belong to Philip II, but analysis also revealed that the man died between the ages of 25 and 35—considerably younger than Philip, who was around 45 years old when assassinated.

Another major blow to the previous identification is the discovery of infant bones in the tomb. Contrary to earlier assumptions that these belonged to a single child (possibly Philip’s and Cleopatra’s infant), the new study found remains from at least six different infants.

Even more striking: these infant remains date to the Roman period (150–130 BCE)—more than 200 years after the adult’s death. Researchers believe Roman-era parents may have buried their deceased infants in the preexisting tomb through an opening left by Celtic tomb raiders in the 3rd century BCE. That opening remained accessible well into Roman times.

In light of this new evidence, Dr. Maniatis and his colleagues conclude that the previous theory—linking the remains in Tomb I to Philip II, his wife Cleopatra, and their infant—is no longer scientifically tenable.

The true final resting place of Philip II of Macedon, the man who laid the groundwork for Alexander the Great’s empire, remains a mystery.

Scientists Discover the Explosive Origins of Gold — And the Answer Is Truly Stellar

A groundbreaking new study has shed light on one of the universe’s most captivating mysteries: the origin of gold and other heavy metals essential to our daily lives.

According to research reported by The Washington Post, elements heavier than iron — including uranium and gold — may have formed in dramatic explosions from a rare type of star known as a magnetar. These magnetars, which existed long before the birth of our solar system, could have been one of the earliest sources of precious metals on Earth, as detailed in a study published in the Astrophysical Journal.

This discovery is crucial, as life on Earth would not have flourished without heavy metals, even with water and oxygen in place. Everything from our smartphones to Earth’s core — and even the functioning of the human body — depends on these elements.

“If you think about the fundamental components everything is made of — neutrons, protons, and electrons — the real question becomes: how does nature forge these simple particles into the complex matter that surrounds us?” explained Anirudh Patel, lead author of the study and a doctoral researcher at Columbia University.

The Recipe for Heavy Metals

Over the years, scientists have identified two key conditions for the creation of heavy metals:

1. A dense environment filled with abundant neutrons and protons.

2. A much higher number of neutrons than protons — otherwise, the protons would repel each other, preventing stable element formation.

Neutron Stars: The Usual Suspects

The prime candidate for such conditions has long been neutron stars, the densest known objects in the universe. These stars are formed when a massive star explodes in a supernova and collapses into an incredibly compact core — a neutron star.

“If you disturb a neutron star, you’re releasing the densest matter in the universe — essentially pure neutrons,” said Eric Burns, co-author and astrophysicist at Louisiana State University.

In 2017, scientists observed two neutron stars merging, confirming for the first time that such collisions produce vast quantities of heavy elements. The gold formed in that single event was several times more massive than Earth.

“That was the first observational proof that merging neutron stars can create heavy elements,” said Patel. But as he pointed out, neutron star mergers alone couldn’t account for all the metals in the universe.

A Missing Piece: Magnetar Explosions

For one thing, neutron star mergers happen too late in cosmic history to explain why even the earliest stars contained heavy elements. For another, they’re rare — occurring roughly once every 100,000 years — and couldn’t be the universe’s only source of such materials.

That’s where magnetars come in — a subtype of neutron stars with the most extreme magnetic fields in the cosmos. The research team suspected that a magnetar explosion, or "giant flare," might unleash enough energy to forge huge quantities of heavy elements.

“You take the densest object in the universe, the strongest magnetic fields, and you break it apart,” said Burns. “The energy release is absolutely colossal.”

Rare but Powerful Events

Magnetars are rare, but they explode frequently enough and are believed to have existed in the early galaxy. Still, it wasn’t until recently that scientists were able to test whether one of their flares could indeed create heavy metals.

Only three such “giant flares” have been recorded in the past 60 years, but one extraordinary event in 2004 changed everything. A magnetar erupted with such force that it disturbed Earth’s ionosphere — despite being located 30,000 light-years away.

A Flash That Matched the Model

“That a flare from across the galaxy could impact Earth so strongly is incredible,” said Brian Metzger, co-author and astrophysicist at Columbia University. “It may have been the brightest electromagnetic event we’ve ever observed outside our solar system.”

The flare not only emitted a blinding burst of light, but also ejected material from the neutron star’s surface. As this material expanded and cooled, the protons and neutrons recombined into heavier elements — such as gold, platinum, and uranium.

These elements were initially radioactive and unstable, but they later decayed into their stable forms, releasing energy in the form of gamma rays.

Patel’s team modeled which elements would likely be formed and how much gamma-ray energy would be released as they decayed. When they compared their predictions with actual gamma-ray data from the flare, the match was surprisingly accurate.

The flare produced more heavy elements than the mass of Mars — a staggering cosmic output.

A New Chapter in Cosmic Chemistry

“This is a very exciting development,” said Hsinyu Chen, an astrophysicist at the University of Texas at Austin who was not involved in the study. Scientists had long suspected multiple mechanisms for the creation of heavy elements, she added, “but they couldn’t definitively prove it until now.”

Anna Frebel, a professor of physics and head of astrophysics at MIT, echoed this view, noting that the findings help explain how heavy metals could have formed in the early universe — in ways neutron star mergers alone couldn’t.

On a more personal note, Frebel said, “We can now say with some confidence that our gold and platinum jewelry probably came from stellar explosions and neutron star mergers that happened around a billion years before the Sun was born.”

Vikings Were Far More Violent Than We Thought, Bone Analysis Reveals

A recent study of human remains from Norway is reshaping what we thought we knew about Viking society—revealing a level of violence that may have far exceeded earlier assumptions. Nearly 40% of the skeletons examined by researchers showed signs of violent death, including fractured skulls, sword wounds to the back and legs, and embedded arrowheads.

The research was led by Lisa Mariann Strand, an osteologist and PhD candidate at the Norwegian University of Science and Technology (NTNU), who remarked:

“Violence was widespread—even within the relatively small sample of remains we had available.”

Not All Vikings Were Equally Violent

The popular image of the Viking as a bloodthirsty warrior, obsessed with glory in death and the promise of Valhalla, may need revising. While history paints Vikings as brutal conquerors who ravaged parts of Britain, Iceland, and Greenland, the study highlights striking regional differences in how violence manifested across Scandinavia.

For example, remains found in Norway showed clear signs of close combat and ambush-style attacks. In contrast, skeletons in Denmark were overwhelmingly marked by signs of execution, especially decapitation.
“Beheadings aren’t something you do in the heat of battle,” explained Strand. “They require time, control, and authority.”

Executions in Denmark Suggest a Centralized Power Structure

According to sociologist David Jacobson from the University of South Florida, mass executions point to a highly organized and centralized authority. On the other hand, the more chaotic and sporadic violence seen in Norwegian remains suggests a society that was either decentralized or frequently in internal conflict.

The Gokstad Ship and the Rarity of Elite Burials

Among the most iconic archaeological finds from the Viking Age in Norway is the Gokstad ship, now on display at Oslo’s Viking Ship Museum. This exceptionally well-preserved vessel has been the focus of intense research by archaeologist Jan Bill, who also supervises Strand’s doctoral work.

The man buried in the Gokstad ship appears to have died in battle. The grandeur of his burial and the wealth of accompanying artifacts suggest he was a figure of high status—perhaps a king or warlord.

But burials of this kind are extremely rare. As Bill points out, while such graves provide impressive archaeological snapshots, they offer only limited insight into the broader social and political structures of the Viking Age.

Graves and Weapons: A Deeper Look at Viking Violence

To gain a fuller understanding of the violence reflected in skeletal remains, researchers turned to another enduring source of information: grave goods. These included not just weapons, but also jewelry, tools, and everyday items—each offering clues about the deceased’s identity, role, and standing in their community.

Jan Bill noted a striking disparity between Norwegian and Danish burial practices.
“In Norway, weapons in graves are extremely common,” he explained. “In Denmark, they’re rare.”
In fact, when adjusted for population, weapons were found up to 50 times more frequently in Norwegian graves than in Danish ones.

Iron, Warfare, and Cultural Divergence

The abundance of iron in Norway likely played a crucial role. Easier access to materials for crafting weapons may have contributed to a more militarized society. Bill compares Viking swords to modern firearms:

“They served no purpose other than to kill—or to threaten death.”

From the Battlefield to the Heart of Society

These findings don’t just change how we understand Viking deaths—they offer valuable insight into how Viking societies functioned. They reveal layers of social structure, legal practices, and power dynamics that challenge the simplistic stereotype of the uniformly savage Viking warrior.

Instead, what emerges is a complex mosaic of differing cultures and political systems across Scandinavia—some considerably more violent than others.

Peristeria Archaeological Site: Aerial Views of the "Mycenae" of Western Peloponnese

Perched on a hill in a strategic location just 8 kilometers northeast of Kyparissia and 5 kilometers from the northwestern coast of Messenia, the archaeological site of Peristeria offers a window into one of mainland Greece’s most important Mycenaean centers. Thanks to the excavations led by renowned archaeologists Spyridon Marinatos and Georgios Korres during the 1960s and 1970s, the site earned the nickname “The Mycenae of Western Peloponnese.”

A Flourishing Mycenaean Hub

Peristeria reached the peak of its development during the early Mycenaean period (17th–16th century BCE) and continued to thrive until the 15th century BCE. During this time, the southern side of the hill was fortified with defensive walls, habitation increased, and a powerful local center emerged. This settlement was ruled by influential elites who controlled the region’s wealth and demonstrated openness to new cultural influences of the era.

Their status and authority are reflected in the abundance of luxurious grave goods—crafted from gold and other precious or semi-precious materials—unearthed mainly in the site’s monumental tholos (beehive) tombs.

Layers of History Beneath the Hill

The earliest constructions on Peristeria’s hill date back to around 2200 BCE, particularly around the large, reconstructed tholos tomb. Among the most significant finds is a small, gold-rich tomb—named for the large number of gold objects discovered within. Nearby, in a multi-room building adjacent to the tomb, archaeologists uncovered a variety of household items, giving insight into daily life in the settlement.

A Glimpse into Life and Death in Mycenaean Times

To the west of the hill lies the third tholos tomb, the smallest of the three, with a diameter of 6.9 meters. Although only a two-meter-high section of its dome survives, the tomb dates to around 1200 BCE and contained some striking artifacts: a 13.5 cm tall golden cup, numerous gold leaves, and ornate gold jewelry. The discovery of military equipment in the tomb points to the warrior status of at least one of its occupants.

A fourth tholos tomb, located about 100 meters south of the main archaeological area, stood out for a different reason. Unlike the others, it contained no metal objects but had been used for over 15 burials. Archaeologists believe this was the cemetery for the general population of Peristeria. This finding is particularly significant, as it suggests that even ordinary people had access to this monumental burial style.

He Lived in the Parthenon with the Most Famous Courtesans—And the Athenians Loved Him

No one else ever dared to live inside the Parthenon. But Demetrius the Besieger did—and he did so in style, surrounded by the most famous courtesans of his time. And rather than condemning him, the people of Athens adored him.

A City Past Its Prime, Still Radiating Power

By 295 BCE, Athens was no longer the formidable city of Pericles. Yet it still held a magnetic charm for kings, generals, and philosophers alike. When Demetrius Poliorcetes entered the city, the Athenians didn’t treat him like a foreign conqueror—they welcomed him. They opened the gates of the Acropolis, and Demetrius moved right into the Parthenon itself.

This wasn’t just a military occupation—it was a personal statement. The temple once dedicated to Athena, home to her legendary statue, was transformed into Demetrius’s private residence. And he wasn’t alone. By his side was Lamia, the most celebrated courtesan of the Hellenistic era. She followed him like a queen in all but title.

A Scandalous Spectacle—or a New Ideal?

As shocking as it might sound today, the image of Demetrius turning the sacred heart of Athens into his personal palace didn’t provoke outrage. On the contrary—the city fell in love with him. They named him Savior, erected statues in his honor, and showered him with accolades surpassing those given to their most distinguished statesmen. Why? Perhaps because he brought with him wealth, charisma, and a sense of security during turbulent times.

No one before him had dared to inhabit the space built for the gods themselves. And yet Demetrius was embraced. For a moment in history, the Parthenon—Athens’s eternal symbol of divine power—became the residence of one of the most theatrical figures of the Hellenistic world. The sacred center of worship briefly became a center of earthly authority.

Lamia: More Than a Courtesan

Lamia, with her intelligence, courage, and independence, embodied a new era. In this shifting world, women of the court could be more than companions—they were icons of influence. Lamia didn’t hide in the shadows. She stood in plain view, proud of her place beside power. And the Athenians? They didn’t recoil at her presence—they admired her boldness.

Demetrius didn’t hold Athens forever, but his legacy lingered. No one else dared to do what he did—live inside the Parthenon. If that temple once belonged to the goddess Athena, for a brief moment, it belonged to the man who dared to sleep among its columns.

Artificial Intelligence Helps Solve One of Archaeology’s Greatest Mysteries

For over a century, the Nazca Lines of Peru have baffled archaeologists. These vast geoglyphs—created by the Nazca people between 200 BCE and 650 CE—stretch across the desert, depicting animals, plants, and tools in patterns so enormous they’re only fully visible from the air. The purpose behind these intricate designs has remained elusive—until now.

Thanks to a groundbreaking collaboration between archaeologists and artificial intelligence (AI), 303 new geoglyphs have been identified in just six months—doubling the number previously known. This remarkable achievement, reported by Science Focus, marks a major leap forward in unraveling one of archaeology’s longest-standing enigmas.

The Power of AI in Archaeological Research

Led by Professor Masato Sakai of Yamagata University’s Nazca Institute, researchers partnered with IBM scientists to train AI systems capable of scanning vast aerial image datasets. This allowed them to detect geoglyphs that had long gone unnoticed. As Sakai explains, “The ability to conduct such intensive research in such a short period of time was only possible with the help of AI.”

AI isn’t just helping archaeologists find more geoglyphs—it’s transforming the way ancient cultures are studied. By analyzing aerial photographs, AI can spot subtle patterns that the human eye might miss, offering a faster and more precise way to map and interpret ancient sites.

And this is only the beginning. The same technology is now being applied at archaeological sites around the world, from ancient burial mounds to long-lost shipwrecks.

A New Era in Understanding Ancient Civilizations

The Nazca Lines are now considered one of the most successful early case studies for AI in archaeology. Created by scraping away the top layer of desert soil to reveal lighter material beneath, these lines showcase the Nazca people’s advanced understanding of geometry and proportion.

German mathematician and astronomer Maria Reiche dedicated decades of her life to studying the lines, often emphasizing their “perfect” symmetry. Today, AI is helping researchers uncover even more of these designs, providing fresh insight into their possible meanings and uses.

Traditionally, archaeologists relied on ground surveys, photography, and manual mapping to study ancient sites. But as Dr. João Fonte of ERA Arqueologia notes, “Archaeology is truly at the forefront of innovation” when it comes to embracing digital tools.

In addition to AI, archaeologists are now using photogrammetry and remote sensing technologies to study expansive areas with unprecedented speed and accuracy.

Decoding the Purpose of the Nazca Lines

One of the most exciting outcomes of this AI-powered discovery is the growing understanding of why the Nazca Lines were created. Professor Sakai’s team believes many of the newly uncovered geoglyphs were part of ceremonial pathways—routes people walked to interact with the land and communicate with their gods. This supports the idea that the lines weren’t just artistic expressions but served spiritual and cultural purposes.

AI’s ability to identify and map these geoglyphs has opened new possibilities for exploring how the Nazca people connected with their environment, and how their knowledge of spatial planning and astronomy shaped their world.

Looking Ahead: The Future of AI in Archaeology

While AI has already revolutionized the study of the Nazca Lines, its potential in archaeology is far-reaching. Dr. Alexandra Karamitrou, an AI and archaeology specialist at the University of Southampton, is developing tools that could help identify a broader range of ancient sites.

Her research shows that AI can go beyond detecting visible features like geoglyphs—it can analyze complex relationships between these sites and environmental factors such as water sources or topography.

AI applications now extend well beyond South America. In 2023, researchers in the United Arab Emirates used AI to analyze satellite data from Saruq Al Hadid, a copper-smelting site dating back to 1270–800 BCE. The system provided insights into how artifacts were distributed across the site and helped prioritize excavation efforts.

This same technology could soon be used to study sunken shipwrecks, buried cities, or even how climate change has impacted ancient settlements.

Caution and Potential: The Limits of AI in Archaeology

Despite the promise of AI, it’s not without its challenges. Professor Sakai’s team still had to manually verify dozens of AI-generated suggestions for each newly discovered geoglyph. “AI isn’t perfect—especially in archaeology,” admits Dr. Karamitrou. “But in a few years, we could be developing highly accurate algorithms that save researchers time, energy, and money.”

As AI tools continue to evolve, they are expected to become even more precise—allowing archaeologists to explore larger regions with fewer resources. Automating the detection of ancient sites could dramatically increase the speed and scope of archaeological research, revealing hidden treasures and unlocking the secrets of long-lost civilizations.