The interstellar object known as 3I/ATLAS has captured the attention of scientists and alien enthusiasts alike. Recent observations show it emitting seven glowing jets as it approaches the Sun.
Significant Observations of 3I/ATLAS
On November 8, 2025, at 4:10 Universal Time (UT), astrophysicists observed 3I/ATLAS at a distance of 29 degrees from the Sun. The event was marked by a pronounced glowing halo, extending up to 500,000 kilometers from the object.
Details of the Jet Structure
The complex jet structure of 3I/ATLAS is unprecedented. Stacked images captured through various filters revealed at least seven distinct jets, some identified as anti-tails directed towards the Sun. These images comprised 24 exposures in a green filter, each lasting 35 seconds, supplemented by two exposures in both red and blue filters.
- At least seven glowing jets observed
- Large glowing halo of 500,000 kilometers
- Observed at 29 degrees separation from the Sun
The object was located approximately 7-10 degrees above the horizon during observations, although twilight and bright moonlight eventually limited visibility.
Speculations on Jet Origin
The source of the jets remains unclear. Some scientists speculate they could be linked to ice pockets on a cometary nucleus. Harvard astrophysicist Avi Loeb suggested another possibility: the jets might originate from thrusters designed for navigational purposes in a spacecraft.
The Unique Trajectory of 3I/ATLAS
3I/ATLAS travels on an exceptionally elongated orbit, setting records for orbital eccentricity. Most solar system objects follow near-circular or elliptical paths; however, this interstellar visitor’s orbit resembles a long, stretched oval. This distinct trajectory confirms that 3I/ATLAS did not originate from our solar system.
As it journeys through our solar system, 3I/ATLAS provides a remarkable glimpse into the mysteries of interstellar objects, leaving scientists eager for further insights into its characteristics and origins.
