KEY FINDINGS
The light is concentrated where dispersion should dominate.
The jets radiate with order where chaos is expected.
And the physics driving them does not match any known cometary playbook.
A newly processed Hubble image exposes extreme, coherent jet activity that challenges everything scientists expect from comets.
[USA HERALD] – The image was captured on November 30, 2025, by the Hubble Space Telescope and recently reprocessed for public analysis by independent researcher Ammar A. of SpaceTracker. What it reveals is not simply brightness or activity, but structure—organized, radial, and intensely energetic behavior emerging directly from the core of interstellar object 3I/ATLAS.
At the center of the frame is a hyper-compact nucleus surrounded by a striking blue ion envelope. From that core, narrow, needle-like jets radiate outward in near-perfect symmetry. This immediately separates 3I/ATLAS from ordinary solar-system comets. In typical cometary outgassing, jets arise unevenly from fractured surfaces, driven by sunlight interacting with loosely bound ices. The result is almost always asymmetry, turbulence, and dust-dominated plumes. That pattern is absent here.
