Скачать или смотреть 3I/ATLAS Just ALTERED Earth’s Orbital Stability | Michio Kaku

This wasn’t a sudden shift.
It was a structural change.

NASA scientists are now confirming that recent interactions linked to 3I/ATLAS have altered Earth’s orbital stability, not by changing its path outright, but by modifying the conditions that keep that path stable over time.

According to orbital dynamics teams, Earth remains within expected bounds for now. However, long‑term stability models have begun to diverge. Small corrective forces that normally cancel out over decades are no longer resolving cleanly in simulations.

What alarms researchers is sensitivity. Earth’s orbit is resilient because disturbances average out. New data suggests that recent anomalies have reduced that margin, making the system more responsive to minor influences that previously had no effect.

Multiple tracking systems—laser ranging, satellite ephemerides, and lunar motion analysis—independently flagged the same deviation in stability metrics shortly after 3I/ATLAS entered its locked phase.

NASA emphasizes there is no immediate danger. But stability is not about today—it is about predictability. And predictability is what has just changed.

If Earth’s orbital stability has been altered, then the issue is no longer whether something moved.
It’s whether the system will behave the same way in the future.

Subscribe for continued updates as scientists reassess long‑term planetary models—and determine whether this change is isolated or cumulative.