Why Three Jets Are a Problem for Simple Models
A rotating comet nucleus with a single active region can easily produce one jet. Two active regions can sometimes produce two. But three evenly spaced, persistent jets imply something more complex.
Among the possibilities scientists are quietly considering:
- A nucleus with three stable, long-lived active regions
- An unusual internal structure affecting how heat propagates
- A non-spherical or contact-binary geometry
- A rotational state that distributes angular momentum with uncommon regularity
None of these explanations are impossible—but none are straightforward.
What makes 3I/ATLAS especially compelling is that this object formed around another star, under conditions we do not directly observe. Its internal composition, layering, and mechanical strength may differ significantly from comets born in our own solar system.
What Scientists Are Not Claiming—Yet
There is no confirmed evidence of artificial origin. No verified electromagnetic emissions. No anomalous accelerations beyond what can plausibly be explained by outgassing. No data demonstrating engineered behavior.
Responsible researchers are not jumping to conclusions.
But they are paying attention.
Persistent symmetry in a chaotic environment is always worth investigating—especially when it comes from an object that did not form here.
