Скачать или смотреть James Webb Just Found Unexpected Heat Where There Should Be None | 3I ATLAS | Avi Loeb

Heat does not arise without an underlying energy source—but identifying that source is not always straightforward.

Recent observations from the James Webb Space Telescope indicate localized thermal signatures on 3I/ATLAS in regions where direct sunlight is minimal and where standard surface heating models struggle to provide a complete explanation. These findings have prompted renewed discussion within the scientific community.

In this video, we examine:

What James Webb’s infrared instruments actually detected

Why simple reflected sunlight is unlikely to account for the signal

Why radioactive decay alone may not fully fit the observations

The challenges of explaining internal heating in an interstellar object

Avi Loeb’s discussion of non-passive energy behavior as a hypothesis

Why unexplained thermal patterns raise important questions

Cold objects moving through interstellar space are generally expected to show passive, uniform cooling. When localized heat appears, it invites closer scrutiny—not conclusions.

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If standard mechanisms fall short, what physical processes could be responsible?

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⚠️ Disclaimer: Space of AL is an independent, fan-created channel and is not officially affiliated with Avi Loeb or any of his institutions. This content is inspired by Dr. Avi Loeb’s publicly available lectures, interviews, and books, and is created strictly for educational and informational purposes. All narration is generated using a synthetic voice (not Avi Loeb’s real voice) and enhanced with advanced visual lip-sync technology.