NASA Was Wrong! 3I Atlas Is Changing Course! 10 Days to Jupiter!
•March 6, 2026
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Why It Matters
Accurate trajectory forecasts for 3I Atlas are essential for planetary‑defense planning and for advancing our understanding of how interstellar objects interact with solar‑system gravities.
Key Takeaways
- •New study revises 3I Atlas non‑gravitational acceleration estimates.
- •Revised trajectory may bring object within Jupiter’s Hill sphere.
- •Sideways thrust suggests asymmetric jet activity, not typical comet outgassing.
- •Potential capture by Jupiter remains unlikely due to high relative speed.
- •Speculation about advanced technology arises from anomalous tail and energy calculations.
Summary
The video discusses a newly published analysis that overturns NASA JPL’s earlier trajectory model for the interstellar object 3I Atlas. The paper argues that the non‑gravitational acceleration (NGA) previously assumed to be dominated by a radial, sun‑ward thrust is actually balanced between radial and tangential components, implying a sideways push that could steer the object closer to Jupiter within the next ten days.
Key data points include a revised NGA model derived from hundreds of observations, showing comparable amplitudes for radial and transverse acceleration. High‑resolution Hubble images reveal three symmetric mini‑jets and a 7.1‑hour rotation, providing a plausible mechanism for the lateral thrust. Although the net acceleration difference is only a micrometer per second squared, over weeks it translates into a trajectory shift of several thousand kilometres—enough to bring 3I Atlas near Jupiter’s Hill sphere.
The presenter cites Avi Lo’s work on jet morphology and even entertains speculative scenarios: a Dyson‑swarm‑like anti‑tail could harvest solar energy, generating the colossal power needed to alter the object’s speed, while a coronal‑mass‑ejection impact could supply orders of magnitude more energy than required for capture. These ideas fuel speculation about an artificial origin, though the consensus remains that the object is a natural comet‑like body with unusual outgassing patterns.
Implications are twofold. First, planetary‑defense models must incorporate the revised NGA parameters to accurately predict close‑approach outcomes and assess any capture risk, however slim. Second, the case underscores the challenges of tracking interstellar visitors and the importance of rapid, high‑precision observations for refining dynamical models, which could inform future missions to such objects.
Original Description
Just as NASA JPL thought they had a handle on interstellar object 3I Atlas, it throws us another curveball.
Its trajectory and velocity have shifted unexpectedly. It's moving SIDEWAYS relative to the Sun, and this could change things when it gets to Jupiter!
#3iatlas #alien #uap
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