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Normally, when you move away from a source, heat dissipates and the surrounding temperature drops. Consider a space heater and how less effective it is across the room, as opposed to when it's right next to you. That is not the case with the sun.

Normally, when you move away from a source, heat dissipates and the surrounding temperature drops. Consider a space heater and how less effective it is across the room, as opposed to when it's right next to you. That is not the case with the sun.

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[–] [deleted] • 2 pts

Birkeland currents heat up the upper parts of the Earth's atmosphere. It wouldn't surprise me if something similar happened on the sun.

[–] [deleted] • 1 pt

A new theory, co-published by Dr. Jonathan Squire and Dr. Romain Meyrand in Nature Astronomy

>>>THEORY<<<

And so, they really don't know, but it makes a great clickbait headline.

[–] • 1 pt

He had written papers and they're slowly making headway. His model makes sense and is rational