Chinese Telescopes Reveals a NEW Object 100x Bigger than 3I/ATLAS Has Entered Solar System

In a moment that has shocked the scientific community, a new interstellar object has been detected entering our solar system, and it’s unlike anything we’ve seen before.

Dubbed “Swan,” this massive celestial visitor is a staggering 100 times larger than 3I/ATLAS, the interstellar comet that caused a stir just months ago.

However, Swan is not behaving like a natural object at all.

With its incredible size, bright energy emissions, and a trajectory that seems deliberately engineered, this could be a visitor from beyond our solar system unlike any other.

What makes Swan’s arrival even more mysterious is the role of Chinese telescopes in its detection.

While most of the world’s observatories struggled to track the object due to its solar proximity, China’s observatories were able to capture crucial early data, revealing that this object is far more than just a passing asteroid or comet.

The object’s sheer size and behavior are forcing scientists to reconsider what it is—and where it really came from.

Is Swan a random cosmic anomaly, or is it something far more purposeful?

The Arrival of Swan: A Cosmic Phenomenon

On September 11, 2025, the Solar and Heliospheric Observatory (SOHO), a solar monitoring satellite, detected something that left scientists scrambling.

The usual plasma flow readings from the Sun suddenly spiked, indicating the presence of an extraordinarily bright object.

This object, later confirmed by Chinese telescopes, was designated C-25ER2 or “Swan.” Its size and energy output were so immense that it even overloaded sensors designed to track the Sun itself.

Scientists now realized they were dealing with an object unlike anything previously cataloged in the solar system.

Swan is moving at an astonishing speed of 52,000 km/h (about 32,000 mph), far faster than most interstellar objects we’ve observed.

It’s on a hyperbolic trajectory, meaning it will pass through our solar system once and then continue its journey, never to return.

This is not a comet or an asteroid from our solar system; this is something from beyond the stars, and its arrival has broken all expectations.

The Detection by Chinese Observatories

The crucial detection of Swan came from an unexpected corner of the globe.

The Eunan Observatory, operated by the Chinese Academy of Sciences, was the first to confirm the presence of the object.

Just a day after SOHO’s initial readings, researchers at Eunan spotted the object using wide-field optical telescopes.

They noted its unusual speed, reflectivity, and trajectory.

This was not a typical comet—it was something far more peculiar.

In the hours that followed, China’s 500-meter aperture spherical telescope, FAST, turned its radio dish towards Swan.

The readings it captured were unlike any from typical interstellar debris.

Instead of weak, sporadic signals, FAST detected strong, modulated radio emissions, some of which repeated at regular intervals of about 12.2 seconds.

These pulses suggested that Swan was actively interacting with the solar environment, perhaps even using some form of energy generation or propulsion.

Swan’s unusual behavior, including these electromagnetic emissions and the strength of its plasma envelope, immediately raised questions: Was this object reflecting sunlight, or was it actively manipulating its own energy field? The presence of materials like refined nickel and cobalt, which are not typically found in comets, further suggested that Swan is no ordinary interstellar object.

A Giant Among Interstellar Objects

Compared to its predecessor, 3I/ATLAS, Swan is on a completely different scale.

3I/ATLAS was already remarkable due to its hyperbolic trajectory and strange behavior, but Swan dwarfs it in terms of mass and energy.

Estimates suggest that Swan is 100 times larger than 3I/ATLAS, with a mass of over 10 billion tons.

This scale is mind-boggling, and it raises the question: What exactly is this object, and where did it come from?

The trajectory of Swan, arriving almost parallel to the plane of the ecliptic and heading toward a close encounter with Venus, Mars, Earth, and even Jupiter, also stands out.

Most interstellar objects don’t follow such a precise, almost purposeful path.

The fact that it is passing so closely to these planets, and that its arrival was predicted with such precision, suggests that its movement is far from random.

Could this be an advanced spacecraft or probe sent on a deliberate mission through our solar system?

Swan’s Active Navigation: A Sign of Purpose?

One of the most mysterious aspects of Swan is its behavior as it moves closer to the Sun.

Unlike typical comets, which follow irregular paths influenced by gravity and outgassing, Swan is making precise, timed adjustments to its trajectory.

These micro-adjustments suggest that the object is not merely drifting but is actively responding to its environment—possibly through an internal mechanism, like an advanced propulsion system.

As Swan approached 0.5 AU from the Sun, it made minor but notable changes to its course, especially near the orbital path of Venus.

These shifts are unlike the random movements caused by cometary outgassing and suggest that Swan has control over its own trajectory.

The question now is whether this control is the result of advanced technology or a natural, unknown phenomenon.

Swan’s Plasma Envelope and Electromagnetic Field

Another puzzling feature of Swan is its perfectly symmetrical plasma envelope.

Most comets exhibit chaotic, uneven plumes of gas and dust as they approach the Sun, but Swan’s plasma field is strikingly uniform.

This suggests that the object is not just a natural body reacting to solar radiation but is actively generating and stabilizing its own electromagnetic field.

The plasma field spans 2.5° of the sky, an area that is over five full moons in width.

This incredible symmetry and stability in its plasma emissions have led some experts to theorize that Swan may be using an advanced, active magnetic field, possibly powered by an internal energy source.

This behavior, never seen in any interstellar object before, raises the possibility that Swan is not just a random visitor but something far more complex—possibly a spacecraft or a probe sent with purpose.

The Mystery Deepens: Is Swan a Probe from Another Civilization?

The more scientists study Swan, the more it seems to defy every known principle of celestial mechanics.

The object’s size, speed, trajectory, and behavior are all pushing the boundaries of what we thought we knew about interstellar objects.

Could Swan be the first tangible evidence of an extraterrestrial civilization sending a probe or scout to our solar system?

Its precise movements, regular pulses, and controlled emissions make it behave more like a spacecraft than a natural comet or asteroid.

And with materials like refined nickel and cobalt, it’s clear that Swan is not made of the same materials we would expect to find in a typical interstellar body.

Whether it’s an alien probe, a natural anomaly, or something else entirely, Swan is forcing us to rethink everything we know about interstellar travel and extraterrestrial life.

What’s Next for Swan and the Future of Space Exploration?

As Swan continues its journey through our solar system, scientists will continue to gather data and attempt to answer the questions that have arisen since its discovery.

The object’s behavior, composition, and precise trajectory have raised so many questions that the scientific community is left grappling with the unknown.

One thing is clear: Swan is not just a random object from another star system.

Its arrival has sparked a global conversation about the potential for extraterrestrial life, advanced technology, and the nature of interstellar travel.

Whether Swan is a visitor from another world or simply a cosmic anomaly, its presence in our solar system is a reminder of how little we truly understand about the vast, mysterious universe around us.