Quebec itself was the end of a process, not the beginning of a process.
It was it was something that marked it was a marker.
It was something that brought together the best of everything that they’d accumulated and and created it in one place.
A vulture is carved on a stone with a scorpion below it, a round shape nearby, and a headless person at the bottom.
Why would someone put all these together?
To tell a story, for worship, or to remember something that happened in the sky.
This is pillar 43 at Gbeclete in Turkey.
It stands in a complex around 12,000 years old.
Here, huge pillars, detailed animal carvings, and a geometric relationship between three enclosures make us wonder how the builders planned it all.
Then, this place remained hidden beneath the soil for thousands of years.
Now, there is talk that AI has spotted something surprising in these stones.
But did a computer really uncover a new mystery?
Or is older research being exaggerated?
Do these images really mean what we are told?
Stay until the end of the video because we will see what these stones actually reveal and which ideas are still just guesses.
Before we explore this further, please subscribe to the channel.
Now, let’s head to that hill in southeastern Turkey where limestone ground stretches into the distance.
At first glance, this place looks completely ordinary.
Dry grass here, small stones there, and a raised mound in the middle.
Local people called it Gbecite.
The name roughly means potbelly hill, a hill whose middle sticks out like a belly.
People nearby would come and go.
Shepherds grazed their animals and farmers worked the nearby land.
Some stones could be seen sticking out of the ground, but nobody could tell what was hidden underneath.
From above, they looked like old broken stones.
Early researchers who visited the site thought it was connected to a medieval cemetery.
They viewed the exposed stones that way.
At the time, they had not realized that huge structures lay beneath the hill.
Then, in 1994, German archaeologist Klaus Schmidt arrived.
He was familiar with the region’s ancient sites and stone structures.
So he carefully examined the stones sticking out of the ground.
He felt these were not ordinary gravestones.
Their shape pointed to a much older structure.
Excavation began after that.
As the soil was removed, the stones full shape started to appear.
Beneath what looked like a small exposed piece was a long buried pillar.
The tops of these pillars were wide, making their overall shape look like the letter T.
Then more pillars were found, walls emerged, and circular structures began to appear.
It was now clear that this was no ordinary mound, but a huge ancient complex.
Yet, the biggest twist was still ahead.
The pillars had been found, but when their age became known, what new question would it raise about history?
Excavation had revealed the pillars, but the question now was when they were built.
To find the answer, researchers used radiocarbon dating.
Put simply, the amount of radioactive carbon remaining in old organic material such as charcoal helps estimate its age.
This method does not directly date stone.
Instead, related materials and excavation layers help establish when construction happened.
These tests showed that construction and use at Gobecletepe took place roughly between 9,600 and 8,000 BC.
That means it began around 12,000 years ago.
To understand this date, think of Stonehenge and the Egyptian pyramids.
These monuments remind us of a distant past.
Yet, Gobecletepe was built thousands of years before them.
Its earliest structures were roughly 7,000 years older than Egypt’s famous pyramids.
This was a time when wheels and metal tools were not being used in construction here.
Yet people were carving stone, raising heavy pillars, and working together to build large structures.
It was not just about strength.
Work on this scale also needed planning, cooperation, and the ability to bring people together around a shared purpose.
We often hear the story of human development as a simple sequence.
First came hunting, then farming, villages, cities, and finally large temples.
Gobec Leepe made this simple picture more complicated.
It shows that large communal buildings and social organization had very ancient roots.
But this does not mean there were no permanent settlements anywhere at the time or that the entire sequence of farming and religion was reversed.
Mesopotamia story still has its place.
Gobecée gives us a chance to understand earlier chapters.
Its ancient date is one thing, but how did people divide the work for such large structures?
How were such huge stones raised?
Now imagine standing on that hill.
Huge stone pillars surround you and several circular structures still lie buried underground.
The whole site’s area is compared to roughly 20 football fields.
Estimates also suggest more than a dozen enclosures and around 300 pillars.
However, this does not mean every pillar has been excavated.
Our picture of the buried sections remains incomplete.
Some large pillars are about 18 ft tall.
Anyone standing beside them would have to tilt their head to look up, but assuming every pillar weighs 50 tons would be wrong.
Some large central pillars weigh around 8 to 10 tons.
The estimate of roughly 50 tons refers to a huge unfinished pillar lying in the quarry which was never moved into place.
Now the question is how they separated these pillars from the rock.
The surrounding limestone provided the building material.
Workers used flint tools to cut grooves and took advantage of the rock’s natural layers.
Stone pounding tools were also used in ancient construction.
But we should not assume every task was done using only basaltt hammers.
Once a pillar was ready, it might need to be moved several hundred meters.
Imagine dragging such a heavy stone over rough ground, keeping it balanced, and then raising it.
Ropes, wooden supports, and hauling frames are possible methods.
However, no direct evidence here reveals the complete transport process.
Work like this could have involved hundreds of people.
Some carve stone, others prepared the route, and others managed the hauling.
But the exact number of workers is hard to establish.
The estimate involving 30 workers and 9 to 10 months can only be presented confidently with clear details of the experiment.
These people needed food every day.
Meat from hunting, gathered plants, and other edible resources would have helped feed them.
So linking their entire food supply only to grain would be misleading.
Such a huge effort shows cooperation, experience, and long-term planning.
Raising a stone was one task, but how did they carve such detailed figures on it?
Animals and human figures on the pillars.
Now, look at these pillars a little closer.
From a distance, they look like large stones, but up close, a different world appears.
On their surfaces.
There are curling snakes, scorpions, wild boars, and vultures.
Some figures resemble lions or other large predators.
Why did the builders choose these particular creatures?
Were they part of the world around them, characters in a story, or did they have a religious meaning?
What makes these carvings special is their form?
Many figures stand out from the stone surface.
To create them, the worker had to remove the surrounding stone while preserving the animals shape.
There was only a stone in front of them, but they needed to know beforehand what shape to bring out of it.
However, the carvings are not all alike.
Some are slightly raised, while others project much further out, so calling every image the same kind of high relief carving would be inaccurate.
The methods and level of detail likely varied between figures.
Imagine the effort involved.
A worker slowly removes stone, carefully preserving the animals body, legs, and other parts.
A strike in the wrong place could break part of the figure.
As the work progressed, greater care would have been needed.
These carvers must have understood their tools and the stones structure well.
But the surprises go beyond animals.
Some T-shaped pillars have arms carved along their sides.
Their hands appear to rest in front near the belly.
Below them are details resembling belts and waistbands.
These features suggest that the pillar itself represents a human figure.
Who was that figure?
An ancestor, an influential community member, or someone with religious significance.
These are possible interpretations, but the identity remains uncertain.
Their unusual appearance alone does not justify calling them definite gods, guardians of knowledge, or non-human ancestors.
Alongside the pillar carvings, there are also freestanding sculptures.
The two are different.
A carving forms part of a larger stone surface while a freestanding sculpture has its own complete shape.
They reveal different skills among the workers.
Was the planning limited to these figures or was there also some calculation behind where the structures were placed?
The geometric relationship between three enclosures.
So far we have looked at the pillars shapes and their carvings.
But two researchers asked a question.
Could viewing these buildings separately make us miss something important?
Gil Hackley and Avi Gopher tried to examine the relationship between three enclosures at Gobeclet B, C and D.
Seen from above, these enclosures do not look identical.
Some are larger, others smaller.
Their walls curve differently, too.
So recognizing a clear geometric arrangement between them just by looking was not easy.
The researchers used a computer algorithm.
Put simply, they entered measurements of the structures into a computer and calculated their centers using a defined method.
Then they plotted these centers on a map.
Something interesting emerged.
The three centers fell roughly at the corners of an equilateral triangle.
A triangle with three equal sides.
Each side of this ideal triangle was about 19.25 m or roughly 63 ft.
However, the centers did not sit exactly at its corners.
They were about 25 to 28 cm away.
So, describing it as a roughly equilateral arrangement is more accurate than calling it a perfect triangle.
Still, this relationship matters.
The researchers linked it to the possibility that these enclosures shared a building plan.
Rather than choosing each building’s location separately, the builders may have planned the whole area together.
How might they have done this?
Measuring distances with ropes, marking reference points on the ground, and building around them are possible methods.
A small map or an initial design is another possibility.
But we do not have evidence for every tool they used.
This work draws attention to practical geometry thousands of years before Pythagoras.
But it does not prove that the builders knew all the definitions and rules of later mathematics.
Nor does it mean coincidence must be completely ruled out.
There is another distinction to understand.
Using a computer to calculate centers and check geometric relationships does not automatically make this a modern AI discovery.
What matters here is the measurements and their interpretation.
If they paid such attention to the ground, did they also include the sky in their buildings?
After looking at the arrangement on the ground, our attention now turns to the sky.
Did goly builders consider the stars when choosing the pillars directions?
This question arose because some researchers tried to compare the buildings and central pillars orientations with the ancient sky.
One proposed interpretation mentions Danb, a bright star in the constellation Signis.
The idea is that some structures may have faced where this star appeared near the horizon or set, but this remains an interpretation.
A matching direction alone does not establish that a building was designed to observe that star.
One thing is important to understand here.
12,000 years ago, the sky did not look as it does today.
As Earth spins, the direction of its axis also changes very slowly.
Think of how the top of a spinning top slowly traces a circle.
Over long periods, this change can shift where stars rise and set.
This led to the suggestion that different generations watch the sky and change the direction of new buildings.
It sounds interesting, but testing it requires knowing the date of each structure.
Only then can we tell whether the different directions reflect changes over time or have another explanation.
The ancient horizon matters too.
Was there a hill in front?
Was the building roofed or open?
If it had a roof, where could someone standing inside see the sky?
And what was the place used for?
So calling these pillars more accurate than modern observatories would be premature.
Before imagining unknown instruments, we should understand the available measurements and the building context.
A connection with the sky is possible, but the question remains open.
Now, let’s return to the pillar whose carvings some researchers have tried to connect directly with the stars, the mysterious symbols of pillar 43.
We are now standing before the stone we glimpsed at the beginning.
This pillar in enclosure D at Gobecletepe is called pillar 43 because of its carved vulture.
It is also known as the vulture stone.
But there is more than one bird here.
Several figures appear together and their relationship makes this pillar so interesting.
The vulture catches your eye first.
Its wings are spread and their shape draws attention.
Below it is a scorpion.
Other birds and creatures appear nearby.
A round disc-like shape sits near the vulture’s wing.
Further down is a human body, but it has no head.
What could placing all these figures on one stone have meant?
At the top are three baglike shapes.
Some people compare them with shapes shown in images from other ancient cultures.
Similarities naturally raise questions, but a similar shape alone does not prove that distant communities met or shared secret knowledge.
Similar forms can develop in different places for different reasons.
There are several possible meanings behind these carvings.
Perhaps they belong to a religious story.
The vulture and headless figure might point to death or related traditions.
They could also represent a person, an event or a shared memory.
But choosing any one possibility as the final answer is difficult.
Then researchers associated with Edinburgh took a different approach.
They used astronomical software to recreate the ancient sky and compared the stone’s figures with constellations.
Their proposed interpretation linked the vulture with Sagittarius and the scorpion with Scorpius.
They interpreted the round disc as the sun.
From this comparison, they suggested a date around 10,950 BC, allowing roughly 250 years either way.
The key point is that this date was not found written on the stone.
It is the researcher’s interpretation worked out by connecting the figures with stars.
So the question is not simply whether the carvings resemble the sky.
It is also whether the builders intended that meaning.
If this date has been interpreted correctly, what happened then that people might have wanted to remember?
To understand that proposed date, we need to go back even further.
Than Gobec Leepe.
Around 12,900 years ago, the world was emerging from the last ice age.
But then many parts of the northern hemisphere suddenly became colder.
This period is called the Younger Dus.
It lasted roughly 1200 years and changed living conditions in many areas.
Think about people who depended on hunting and nearby plants for food.
Changing temperatures would have affected vegetation, animal movements, and the availability of food.
However, the effects were not the same everywhere.
People in different regions would have faced different challenges.
But why did this cold period begin?
One disputed proposal suggests that fragments of a comet struck Earth or exploded in the atmosphere.
This is called the younger dus impact hypothesis.
Its supporters believe such events could have caused fires, dust, and environmental changes.
This debate involves ice cores, ancient ground layers, and materials found in places including North America.
Some researchers connect microscopic particles and chemical traces in them with an impact.
Others question their dates, origins, and that interpretation.
The cold period’s existence and a comet being its cause are two separate things.
Similarly, the disappearance of large ancient animals known as megapaa cannot be explained by a single event alone.
Researchers have studied the roles of climate, human hunting, and regional conditions.
The effects on human populations are also difficult to fit into one simple story of global disaster.
Now, return to pillar 43.
Some researchers have suggested that its carvings might preserve a memory of that ancient disaster.
In this interpretation, the headless person could symbolize death, but linking it to that particular event remains a guess.
Wellpreserved carvings also do not automatically prove that each generation returned to maintain them.
Burial beneath soil can preserve images, too.
The most important difference is timing.
The proposed event happened before Gobec Leepe was built.
So, how did its memory pass from those who witnessed it to those who later carved the stones?
That question remains.
The story is fascinating, but the connection needs evidence.
Why did such an important complex end up underground?
How did this place end up beneath the soil?
Huge pillars were built, figures were carefully carved into them, and activities continued here for generations.
What happened that left this same complex buried beneath soil and rubble?
In Gobec Leepe’s story, this question is as interesting as its construction.
By around 8,000 BC, changes appear in construction and use at the site.
Its long history is broadly described as roughly 1500 years of use.
But it is important to understand that every building was not necessarily built at the same time, nor did their use all end together.
Excavations have found substantial fill inside several structures.
It includes soil, broken stones, animal bones, flint tools, and human remains.
This raises a question.
How did this material get here?
Did people deliberately fill some buildings, or did collapse, nearby activities, and natural processes also contribute over time?
The story that the entire complex was deliberately buried was once widely repeated, but treating it as the definite result of one rapid campaign would be wrong.
Different buildings layers, conditions, and filling materials may tell different stories.
Each part needs to be understood in its own context.
Some fragments of human skulls also have deep, deliberately made marks.
Broken sculptures and the placement of certain objects raise further questions.
Were they part of a ritual?
Did breaking or separating objects have a special meaning?
Possibly, but the meaning of every mark is not clear today.
Several possibilities have been suggested to explain why the buildings stopped being used.
Perhaps a sacred structure was ritually closed once its purpose was fulfilled.
Perhaps people’s beliefs and needs changed.
Covering structures for protection is another suggestion, but it needs separate evidence.
We cannot present new gods had the old temples closed as an established event from that time.
Without evidence, we cannot assume that selected rubble was brought from miles away or that hundreds of people hurried to bury everything.
But being underground protected many carvings from weather and later disturbance.
Around 10,000 years later, when the soil was removed, those same figures left us facing new questions.
If the exposed section is this extraordinary, what might remain underground?
The world still underground.
The pillars and buildings we have seen so far do not give us the complete picture of Gobecape.
Much of the complex remains underground.
Every new excavation brings the possibility of finding a wall, sculpture, or detail beneath the next stone that could change our understanding.
It is often said that less than 10% of the site has been excavated, but without a date and clear basis, we should not treat this as a fixed figure.
The excavated area and the estimated boundaries of the complex can change.
For now, it is more reliable to say that much remains to be uncovered.
Researchers use geoysical surveys to investigate underground.
These include technologies such as ground penetrating radar.
It sends signals into the ground and measures differences in their return.
This helps estimate where walls and other structures might be.
But a signal on a screen is not a complete picture of a room.
Identifying it requires further checks and sometimes excavation.
In 2025, new surveys and international cooperation moved forward here.
Information emerged about activities involving Istanbul University, the German Archaeological Institute and the Free University of Berlin.
However, without the original technical report, we cannot confirm the story that the most extensive scan was completed in October 2025 and revealed a huge rectangular building, identifying buried circular structures and possible rectangular buildings.
Also requires verification.
Sculpture discoveries add to our knowledge in another way.
In September 2025, a human statue was announced found lying horizontally within a wall between structures B and D.
Earlier in 2023, a nearly life-size wild boar statue was found in building D.
Such discoveries show that the workers made freestanding sculptures as well as carvings on pillars.
Now look at the surrounding Tsheppell region.
Sites such as Karahepe are several dozen kilometers from Gobecletepe rather than just a few miles.
They also feature pillars, human and animal figures and similar architecture.
This strengthens the possibility of shared cultural traditions and connections between communities.
Still, similar symbols do not mean that every site followed the same rituals.
Each site’s own story needs to be understood.
This incomplete underground record offers hope for answers, but we must keep distinguishing guesses from discoveries.
Amid these finds, what conclusion has AI actually reached that is attracting so much attention?
Checking the AI claims.
Now we reach the question that started this discussion.
Has AI discovered a secret in Gobbec’s stones that nobody noticed before?
The circulating story says thousands of scans and millions of data points were analyzed.
That sounds impressive, but the first questions are which team carried out this study, when was it published, and where is its data available?
The story also says AI found tool marks on different pillars with roughly equal spacing.
Their grooves are also described as having similar depths.
But checking these claims requires actual measurements.
How many pillars were examined?
How many marks matched and how many differed?
What was the margin of error?
Without these details, similarity alone cannot support a major conclusion.
Suppose some marks really are very similar.
There could still be several explanations.
Workers may have used similar tools, learned the same methods, or followed a shared tradition.
Repeated patterns alone do not prove that an unknown machine was used.
The same applies to animal carvings, repeated angles in snakes and similar proportions in birds wings could be interesting.
But are they really part of a geometric code?
Or are they an artistic style used to create similar figures?
Understanding this requires comparing all examples rather than choosing only those that fit.
AI can help with this work.
It can identify shapes in images, compare surface measurements, and help match pillar orientations with models of the ancient sky.
But the results depend on the accuracy of the information provided and how they are checked.
Understand the difference between three things here.
There is a published study on the enclosures geometric relationship.
There are also astronomical proposals connecting the carvings with stars, but these do not automatically verify the entire story about an unnamed AI analysis.
The available details do not prove claims of unknown machines, greater accuracy than modern observatories or non-human ancestors.
To understand a discovery, we should examine research papers, measurements, comparisons, and independent checks.
Independent checks mean other researchers can use the same method to test the results.
Only then can we judge how strong the pattern is.
Hearing large numbers is not enough.
So, do these stones hold a lost civilization’s final message?
Or have we underestimated our own ancestors abilities?
After all these questions, where have we arrived?
Gobeclete’s early layers contain large structures while its architecture changes in later periods.
But this does not establish that the oldest work was always the most accurate or that knowledge here steadily disappeared.
People’s needs, traditions, and building methods can change over time.
The idea that survivors of a lost civilization built their final monument sounds exciting.
The great reset story raises questions, too.
But we do not yet have evidence proving these ideas.
We cannot turn them from possibilities into established historical answers.
Still, the idea of gaining and losing knowledge makes us think.
People pass their experiences to the next generation.
Some things survive, some change, and others are forgotten over time.
Cultural history is also shaped by these human stories.
Now remember pillar 43 from the beginning.
The vulture, scorpion, and headless figure still raise questions.
We do not know all their meanings.
But this complex shows ancient people’s sophisticated art, planning, and ability to work together.
Perhaps the greatest surprise in these stones is no frightening secret, but that our ancestors were far more capable than we imagine.
What story do you think these carvings hold?
Share your thoughts in the comments and subscribe for more fascinating discoveries.
See you again in the next video.
