😱 This Is How a Mothership Behaves” – Avi Loeb on 3I/ATLAS’ Latest Weird Behavior 😱

A supposed comet is capturing the attention of some of the nation’s most renowned scientists, and for good reason.

Three Eye Atlas, a silent behemoth from another star, is cruising through our solar system and exhibiting behaviors that have experts, including Harvard’s Avi Loeb, deeply concerned.

This raises a critical question: Is Three Eye Atlas a typical comet, a natural object, or perhaps something technological?

The sheer size of this object is staggering; it is so massive that the sun’s gravitational pull cannot even alter its course.

To put it mildly, this is not normal for a comet.

What makes Three Eye Atlas even more intriguing is the trail of industrial-grade metal it leaves behind, rather than the expected rock dust.

Perhaps the most shocking fact is that it appears to have originated from the same region of the sky as the famous WOW signal, a mysterious radio transmission detected in 1977 that has puzzled astronomers for decades.

We may not just be observing a comet; we could be witnessing a mothership.

The thing nobody tells you about comets is that they are essentially giant dirty snowballs.

As they approach the sun, the ice sublimates into gas and dust, creating a force that pushes the comet along its trajectory.

This process, known as outgassing, is expected to change the path of a comet.

In the case of Three Eye Atlas, the Hubble Space Telescope captured an astonishing image showing it losing a staggering 150 kilograms (about 330 pounds) of mass every second.

All that material is blasting away from it, generating a force that would typically alter its trajectory.

Yet, despite this outpouring of material, this colossal object remains unfazed, moving along its path as if nothing is happening.

For an object to ignore such a significant force, it must be unbelievably massive.

Loeb calculated that for Three Eye Atlas to maintain its steady trajectory, it must weigh more than 33 billion tons.

This is just the minimum estimate.

To provide some perspective, it would need to be over three miles wide, roughly the size of Manhattan Island.

What many have overlooked is that this makes Three Eye Atlas at least 1,000 times more massive than the last major interstellar visitor, a comet named Borisov, which was about twice the size of a football field.

We are now comparing a football field to an entire city.

This raises a significant question: If objects like Borisov exist, we should be seeing thousands of them for every one object the size of Three Eye Atlas.

However, that is not the case.

This object is a statistical anomaly; it is simply too large and too rare.

Fortunately, we are about to get a much closer look.

As Three Eye Atlas flies past Mars, it will come within 18 million miles of the red planet.

NASA has several orbiters stationed there, including the Mars Reconnaissance Orbiter, which carries a super-powerful camera called High-Rise.

This camera is so precise that it can capture images with a pixel size of just 30 kilometers.

If it manages to take a photograph of Three Eye Atlas, even the brightest single pixel could provide insights into its surface area.

The larger the image reveals it to be, the more it becomes an anomaly, as there simply shouldn’t be enough material between the stars to form natural rocks of this size so frequently.

The evidence is accumulating that we are not merely looking at a simple rock.

However, its size isn’t the only peculiar aspect of this object.

The nature of its tail raises further questions.

When something behaves like a machine, it prompts us to consider whether it is indeed a machine.

Three Eye Atlas exhibits behaviors that go beyond size and trajectory.

One of the most unusual clues is the material it is shedding.

Reports indicate that the dust cloud surrounding Three Eye Atlas contains nickel.

While nickel itself isn’t too strange, the absence of iron is significant.

In the natural world, particularly in comets and asteroids, nickel and iron typically occur together.

Finding a large cloud of nickel without its natural partner, iron, is a major red flag.

On Earth, nickel is often found in industrial manufacturing.

Specialized nickel alloys are essential for advanced technology used in everything from electronics to spacecraft.

Loeb points out that while nature tends to mix nickel and iron, technology often separates them.

Could this cloud of nickel be the exhaust or shed paneling from a technological object?

While it is a speculative idea, it aligns better with the evidence than the natural comet explanation.

The tail of Three Eye Atlas is another point of contention.

Every comet we’ve ever observed has a tail that streams away from the sun, pushed by solar energy and solar wind.

However, that is not what we see with Three Eye Atlas.

For months, images have shown a bizarre glow extending in front of the object, pointing toward the sun.

This glow is ten times longer than it is wide, a feature that should not exist on a normal comet.

Loeb uses a compelling analogy: it’s like seeing a cat with a tail growing out of its forehead.

You might try to convince yourself it’s just a normal cat, but everything you know tells you something is fundamentally wrong.

The light emitted by Three Eye Atlas is also behaving strangely, displaying something called extreme negative polarization.

Polarization occurs when light bounces off a surface, becoming organized in a certain way.

This is why polarized sunglasses work; they block that organized glare.

The light from Three Eye Atlas is polarized differently than that of other comets.

Loeb believes this is directly linked to the peculiar forward-facing glow.

The unusual geometry of that glow is scattering sunlight in a way that natural cometary dust does not.

To recap, we have an object the size of a city weighing at least 33 billion tons, so massive that it ignores the rocket-like force of its own evaporating gas.

It is shedding industrial-grade nickel without its natural partner, iron, and it has a glowing tail emerging from the wrong end.

Any one of these anomalies would be intriguing, but together they create a picture that is hard to ignore.

It resembles less a rock from space and more a vessel.

The origin story of Three Eye Atlas adds to its suspicious nature.

This mystery does not only exist in the present; it has historical ties that stretch back decades, connecting it to one of the greatest unsolved puzzles in the search for extraterrestrial intelligence.

On August 15, 1977, an astronomer using the Big Ear radio telescope in Ohio detected a powerful narrowband radio signal from deep space.

The signal was so strong and unique that the astronomer Jerry R. Ehman circled it on a printout and wrote one word: “Wow.”

This signal became known as the WOW signal, and while it was undeniably extraterrestrial, it has never repeated, and its source remains unknown.

Avi Loeb made an astonishing observation: he checked the direction of the WOW signal and compared it to the trajectory of Three Eye Atlas.

Remarkably, they are almost perfectly aligned, with the two directions lying within nine degrees of each other.

Given the vastness of space, the likelihood of two unrelated phenomena—a mysterious one-off radio signal and an unusual interstellar object—coming from the same tiny patch of sky by sheer coincidence is just 0.6%.

This raises a mind-bending question: Could Three Eye Atlas be the object that sent the WOW signal all those years ago?

If so, it would imply that this object is not merely a passive piece of technology but an active probe or vessel capable of transmitting powerful signals.

It would also suggest a journey that has lasted for a very long time.

In light of this staggering possibility, Loeb is urging radio observatories worldwide to point their dishes at Three Eye Atlas and listen for any transmissions.

So far, no reports have emerged, but the search is on.

However, not all things are as they seem.

The timing of Three Eye Atlas adds another layer of suspicion.

Its journey through our solar system appears almost perfectly planned, allowing it to be hidden from view at a critical moment.

The object will make its closest approach to the sun on October 29th, where it will experience the sun’s maximum gravitational pull.

This is an ideal time for any object wishing to perform a maneuver or use gravity assist to change its course.

The shocking fact is that during this entire period in October, Earth will be on the opposite side of the sun, blocking our view.

Was this a coincidence, or was it a planned maneuver to keep prying eyes away during a key moment?

Loeb poses a chilling thought experiment: What if, after passing behind the sun, Three Eye Atlas emerges on a completely different trajectory?

If that were to happen, it would be undeniable proof that this is no ordinary rock but a controlled object.

The timing and origin of Three Eye Atlas hint at something far beyond a random cosmic encounter.

Loeb compares humanity’s current situation to a colony of ants living on a crack in the pavement.

One day, a biker rides past.

To the ants, this event is beyond comprehension.

They might feel the rumble, see a giant shadow pass over them, and then it’s gone.

They would have no way to understand what a bicycle is or what the rider intends.

They cannot change its path, even if they wanted to.

In a similar vein, we, with all our pride and technology, might just be those ants staring up at something so advanced that we cannot even begin to comprehend it.

The most chilling question remains: What if this potential mothership isn’t merely passing by?

What if its arrival in our solar system serves a purpose?

Loeb considers a terrifying yet exciting possibility: that this large object could be a carrier designed to release smaller probes to explore our solar system up close.

Imagine a mothership dispatching dozens or even hundreds of smaller scouts to investigate each planet, including our own.

To monitor for this scenario, Loeb has tasked his research team, the Galileo Project, with an incredible mission.

They are now searching not just for giant interstellar objects but for smaller, more personal visitors.

With three new observatories set up in Massachusetts, Pennsylvania, and Nevada, his team is ordered to watch the skies around Earth for any unusual activity in the months following Three Eye Atlas’s closest approach to the sun.

Are we about to receive smaller, more intimate visitors?

This entire event forces us to confront our place in the universe.

Throughout human history, we have fought over imaginary lines on a map, quarreled over resources and beliefs, and built walls between ourselves.

Loeb believes that an encounter like this—confirmation that we are not alone—could be the one thing that finally unites humanity.

If a significant event were to emerge from the sky, a message from the stars, we would instantly realize that we are all on the same fragile boat in a vast cosmic ocean.

Our differences would suddenly seem trivial.

For now, politicians and financial markets remain indifferent.

They require absolute, undeniable proof before taking action, and by then, it might be too late.

However, the public is a different story.

Interest in Three Eye Atlas is massive, sparking global conversations and inspiring a new generation to gaze at the stars with wonder.

Whether it is simply a strangely shaped rock or a fully operational mothership, the story of this object is still unfolding in real time.

More than anything else, this situation serves as a test of our scientific curiosity, challenging us to remain open to possibilities that frighten us.

It tests our ability to cooperate on a global scale, to share information, and to work together.

Finally, it tests our courage to face a universe that may be far stranger and more crowded than we ever dared to imagine.