The mystery of 3I/ATLAS deepens with a new discovery that has left scientists grappling for explanations.
For months, 3I/ATLAS has exhibited strange behaviors that defy natural laws, but its latest anomaly—the 12th anomaly—has taken things to a whole new level.
In a groundbreaking revelation, astronomers observing the interstellar object have detected an incredibly stable, gyroscopic jet stabilization that challenges everything we thought we knew about cometary physics.
The findings suggest that 3I/ATLAS might not be a natural object at all.
Rather, its jets, which remain fixed in orientation despite the object’s rotation, could be indicative of an active propulsion system or other controlled mechanisms.
This discovery is causing waves in the scientific community, with some questioning whether 3I/ATLAS is a piece of alien technology or an object exhibiting behavior far beyond any known natural process.
The 12th Anomaly: A Glimpse of Something Extraordinary
The 12th anomaly in 3I/ATLAS‘s behavior has stunned astronomers.
The object’s jets, which should be smeared or spiraled due to its rotation, instead maintain perfect alignment as if they are locked into a single direction in space.
Typically, when a comet rotates, the jets of gas and dust it emits would be spread across a wide cone, depending on the angle of sunlight and the object’s spin.
But 3I/ATLAS doesn’t follow these rules.
Its jets extend for over a million kilometers, maintaining sharp, steady lines that don’t change as the object rotates.
This behavior suggests that the jets aren’t just a natural result of solar heating or sublimation of ice.
Instead, they appear to be engineered, with some form of internal stabilization keeping them fixed.
This could imply that 3I/ATLAS is not merely a comet but an object with an active propulsion system, possibly designed to maintain its orientation in space—something no natural comet has ever done.
A Unique Phenomenon: The Implications of Non-Gravitational Acceleration
3I/ATLAS‘s non-gravitational acceleration is the first indication that this object is not just another comet passing through our solar system.
The object’s path has deviated from what should be expected based on gravitational forces alone.
According to NASA data, 3I/ATLAS experienced two major acceleration bursts: 135 km per day squared radially away from the sun, and 60 km per day squared transversely to its orbit.
These sudden accelerations suggest that some external force, beyond what gravitational attraction can explain, is acting on the object.
Avi Loeb, the renowned astrophysicist who has led much of the discussion around interstellar objects, suggests that these changes could be the result of artificial propulsion.
The acceleration, combined with the object’s high reflectivity and unusual color shift, leads Loeb to speculate that 3I/ATLAS may not be a natural object at all but could be a deliberate probe or spacecraft sent from another star system.
The Unusual Color Shift: Blue Light, Not Red
One of the most surprising features of 3I/ATLAS is its color.
Unlike most comets, which tend to appear red or yellow due to sunlight scattering off ice and dust, 3I/ATLAS has been observed to shift toward a blue hue as it approaches the sun.
Blue light typically indicates higher energy emissions, which is inconsistent with the expected behavior of a comet whose surface should be colder than the sun.
This unexpected color change has left scientists scratching their heads.
Could it indicate a high-energy internal mechanism, or even an artificial heat source within the object? The blue hue could be a sign of a powerful engine or radiation emitted from within the object, further suggesting that 3I/ATLAS is not a typical interstellar body, but something designed to produce its own energy.
China’s Silence and NASA’s Unreleased Images
The timing of this discovery is even more curious when you consider the lack of transparency from space agencies, particularly NASA and China.
Despite capturing high-resolution images of 3I/ATLAS, both agencies have been hesitant to release the data to the public.
On October 2nd, 2025, NASA’s Mars Reconnaissance Orbiter captured some of the sharpest images of the object, but they have not been released.
In an effort to understand why, Avi Loeb reached out to the principal investigator of the mission, but received no response.
China, too, has remained silent, despite its Tianwen-1 Mars orbiter being positioned to capture critical data during the flyby.