Hubble just released a new image of 3I/ATLAS, and the object is showing structures and activity no comet should have. The November 30th data reveals a sharp, stable core, a 60,000 km anti-tail pointing toward the Sun, and multiple jets only visible under enhanced filters. At the same time, ESA’s JUICE probe captured the object from a different angle, confirming plasma separation, dust layers, and active outflow that Hubble’s close-up could not see.
What makes this even more significant is that Professor Avi Loeb predicted the anti-tail structure and its position before the Hubble image was taken—his model matches the new data almost exactly. In this video, we break down the Hubble observations, the JUICE confirmation, and the chemical and physical anomalies that continue to separate 3I/ATLAS from typical comet behavior.
We explore the unusual nickel-iron signature, low water content, negative optical polarization, non-gravitational acceleration, and energy output that does not align with standard comet physics. Whether the explanation is exotic chemistry, a differentiated fragment, or something entirely new, the latest images raise major questions about the true nature of 3I/ATLAS.
If you want clear updates on Hubble discoveries, ESA findings, and new data on 3I/ATLAS, this breakdown explains everything we know so far and what scientists expect next.
Credit to : Astro Dynasty